Q2E: Query-to-Event Decomposition for Zero-Shot Multilingual
Collection
Datasets used in the paper: Q2E: Query-to-Event Decomposition for Zero-Shot Multilingual Text-to-Video Retrieval
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36 items
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Updated
query
stringclasses 259
values | prequel
listlengths 5
100
| sequel
listlengths 3
100
| during
listlengths 2
100
| metadata
dict | num_of_frames
int64 16
16
| frame_captions
listlengths 16
16
| video_id
stringlengths 6
45
| frame2video_caption
stringlengths 197
3.64k
| asr
dict |
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The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"\"Gyeongju 2016 earthquake\"",
"\"Gyeongju earthquake buildings swaying or shaking\"",
"Emergency responders rushing to the scene in Gyeongju, South Korea on 12 September 2016.",
"Debris from 2016 Gyeongju earthquake scattered on the ground in South Korea on 12 September 2016.",
"Sirens blaring during 2016 Gyeongju earthquake in South Korea."
] |
[
"Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12.",
"\"2016 Gyeongju earthquake evacuation and rescue efforts\"",
"\"Emergency responders in Gyeongju South Korea on 12 September 2016\"",
"\"2016 Gyeongju earthquake damage to buildings in South Korea\"",
"2016 Gyeongju earthquake in South Korea on September 12."
] |
[
"2016 Gyeongju earthquake on 12 September 2016.",
"Emergency responders rush to the scene in response to the 2016 Gyeongju earthquake on 12 September 2016 in South Korea.",
"Rescue efforts in progress in 2016 Gyeongju earthquake, South Korea.",
"\"2016 Gyeongju earthquake South Korea September 12\"",
"Damage to buildings and infrastructure in Gyeongju, South Korea during the 2016 Gyeongju earthquake."
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION:\nWhen extracting events from the query, I considered which events could be visually represented in a video and are relevant to the query. Given the specificity of the location and date, I focused on events that are directly related to the earthquake and its impact.\n\nEVENTS:\n\n1. Earthquake waves shaking buildings and structures\n2. Emergency responders rushing to the scene\n3. Rescue efforts in progress\n4. People running or panicking due to the earthquake\n5. Damage to buildings and infrastructure in Gyeongju",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION:\nTo extract events related to the query, I considered events that could be visually represented in a video and are relevant to the context of an earthquake occurring in South Korea. I filtered out events that are not geographically specific or unrelated to the earthquake.\n\nEVENTS:\n1. People running in panic\n2. Buildings swaying or shaking\n3. Emergency responders rushing to the scene\n4. Debris scattered on the ground\n5. Sirens blaring",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION:\nFor this query, we can extract events that are visually related to the earthquake, taking into consideration the geographical location and time of the event. We will prioritize events that can be easily visualized in a video, focusing on the immediate effects of the earthquake.\n\nEVENTS:\n1. Debris and rubble scattered on the streets\n2. People running and evacuating buildings\n3. Emergency responders rushing to the scene\n4. Buildings collapsing or showing signs of structural damage\n5. People holding signs reading \"Earthquake\" or \"Gyeongju earthquake\"",
"video_URL": "http://youtube.com/watch?v=t8lY-rjy7-Y",
"video_description": "9월 12일, 경주에서는 역대 최대 규모인 5.8 지진이 일어났다. 지진으로 서울과 수도권까지 전국이 흔들렸고, 이로 인해 전화와 카카오톡도 모두 먹통이었다. 정부는 지진 발생 9분이 지나서야 긴급재난문자를 발송했고 이마저도 서울과 수도권 지역 국민들은 문자를 받지 못했다. #경주 #지진 #재난문자",
"video_id": "t8lY-rjy7-Y"
}
| 16
|
[
"A group of students is evacuating a building. They are rushing down the stairs and through a hallway, likely participating in an emergency drill or responding to a warning. The timestamp on the image indicates the time as 7:44.",
"In the current frame, a group of students is seen standing up from their desks and moving quickly through the classroom, suggesting they are continuing their evacuation. The students appear to be in a hurry, indicating a sense of urgency consistent with an emergency drill or response to a warning. The classroom is filled with desks and chairs, and the students are likely on their way to an assembly point or exit as part of a coordinated drill.",
"The current frame shows an empty train station with multiple tracks and platforms. The station is illuminated, but no trains or passengers are visible, indicating a possible evacuation or closure. The scene suggests a state of readiness or anticipation, possibly in response to an emergency or drill, as mentioned in the ASR transcript discussing preparation for future earthquakes. The text in the image, \"코레일 선로 지진 후 감시\" (KORAIL track monitoring after the earthquake), implies that the station is under surveillance following an earthquake.",
"The current frame shows the interior of a warehouse with shelves stocked with various boxes and items, suggesting a storage or distribution center. The setting is organized and well-lit. The visible text, \"제7기 7시 44분 경주시 남남서쪽 9km 부근 첫 지진 발생\" (First earthquake occurred near Gyeongju, 9 km southwest, at 7:44 PM on the 7th), indicates that this footage was taken shortly after a reported earthquake. The scene could be illustrating the aftermath or immediate response to the earthquake, with the warehouse likely being monitored or assessed for any damage or disruption to operations.",
"The current frame continues to show the interior of a warehouse, with shelves stocked with white boxes and various items. The timestamp \"2016-09-12 19:44:57\" indicates the specific moment captured. The setting remains organized and well-lit, similar to the previous frame. There is no visible movement or activity, suggesting a focus on assessment or monitoring. The context of the previous frame, mentioning the earthquake, implies that this footage is part of the ongoing observation or response to the seismic event, highlighting the importance of preparedness for future occurrences as suggested by the ASR transcript.",
"The current frame shows a street scene with debris scattered on the pavement, indicating damage likely from an earthquake. A large, yellow caution tape is stretched across the area, suggesting restricted access or ongoing assessment. The timestamp \"밤 8시 8분\" translates to \"8:08 PM,\" and the text \"경주에서 첫 번째 지진 인명 피해 발생\" translates to \"First earthquake-related casualties in Gyeongju.\" The context, combined with the ASR transcript's focus on future earthquake preparedness, suggests this footage is part of the response and assessment efforts following the earthquake, highlighting the impact on local infrastructure and the importance of readiness for future seismic events.",
"The current frame shows a street scene at night with a bus traveling along the road. The timestamp \"밤 8시 32분\" translates to \"8:32 PM,\" and the text \"역대 최대 규모 5.8 본진\" translates to \"The largest earthquake in history, magnitude 5.8 main shock.\" The context, along with the ASR transcript's focus on future earthquake preparedness, indicates that this footage is part of the aftermath of the earthquake, showing the impact on transportation and possibly the ongoing recovery efforts in the affected area.",
"The current frame shows a nighttime scene inside a dimly lit room with a fan and a person playing with a dog on a bed. The text at the bottom translates to \"From Seoul to Suwon, the entire country is shaking,\" indicating the widespread impact of the earthquake. The setting appears to be a domestic environment, capturing the immediate response and reaction of individuals to the earthquake, as people try to stay calm and secure their pets. The ASR transcript's emphasis on future earthquake preparedness connects this scene to the broader theme of resilience and adaptation in the face of natural disasters.",
"The current frame features a close-up of a computer screen displaying a notification in Korean from a public organization's website. The notification is headlined \"〈国民안전처 홈피지 접속 장애 안내〉\" (Notification of Access Disruption to the Ministry of Public Administration and Safety Homepage) and details an issue with the website being inaccessible due to a high number of users. The screen also shows the logo of the Ministry of Public Administration and Safety. The text at the bottom of the frame translates to \"The public safety homepage is busy,\" indicating the heavy traffic on the site likely due to the earthquake situation. This frame connects to the broader theme of the video by highlighting the public's reliance on government websites for information during a crisis and the challenges that can arise from high demand.",
"The current frame features a woman speaking into a microphone, likely addressing an audience or media. She is wearing a white outfit and appears to be engaged in a serious discussion, possibly related to the earthquake mentioned in the ASR transcript. The background includes a man in a suit and a flag, suggesting a formal setting. The text at the bottom of the image translates to \"2 hours 47 minutes Dongan Daetongryeong and Jongri is not visible,\" which might indicate a disruption or loss of visibility in certain areas during the event. This frame continues the theme of the video, focusing on the impact of the earthquake and the efforts to manage and communicate information about the situation.",
"The current frame shows a screenshot of three text messages, likely from a smartphone, indicating communication between a web-based service and a user. The messages are in Korean and convey information about earthquake preparedness and updates. The text at the bottom of the image translates to \"also 'there is a possibility'.\" This frame continues the theme of the video, focusing on communication and updates related to earthquake preparedness and response.",
"The current frame shows a woman speaking at a podium with a microphone in a formal setting, likely addressing an audience or participating in a press conference. She is dressed in a white blouse and stands in front of a blue flag with a yellow emblem. The text at the bottom of the image translates to \"I hope that we will be prepared for a bigger earthquake in the future.\" This frame continues the theme of the video, focusing on earthquake preparedness and response.",
"The current frame shows the woman continuing her speech at the podium, maintaining the formal setting. She is still dressed in a white blouse and stands before the same blue flag with a yellow emblem. The text at the bottom of the image translates to \"I hope that we will be prepared for a bigger earthquake in the future.\" This continuity emphasizes her ongoing discussion on earthquake preparedness and response.",
"The current frame shows a screenshot of a tweet from the Blue House of Korea. The tweet discusses a new rule related to the president's daily schedule, highlighting that there has been no discussion about the president's schedule for the next day. The image also shows a blurred photograph of several officials in a meeting, with a focus on the president. The text at the bottom of the image translates to \"The Blue House that hasn't even discussed the president's schedule for the next day.\" This suggests a discussion on the scheduling and planning processes within the Blue House.",
"The current frame shows a group of people, likely students, running hurriedly down a hallway. The text at the bottom translates to \"A dangerous moment.\" This suggests a scenario where the individuals are reacting to an emergency, possibly related to an earthquake drill or actual earthquake. The previous frame's discussion on preparedness for future earthquakes adds context to this reaction, indicating the importance of timely and orderly evacuation.",
"The current frame depicts a classroom filled with students, who are standing and gathering near the door, seemingly preparing to leave the room. Several students are wearing white shirts, and the classroom contains rows of desks with various items on them. The text at the bottom translates to \"Kiyo Kihara, a lesson on safety measures,\" suggesting that this scene is part of an educational activity or drill focused on safety and earthquake preparedness. The students' actions align with the context provided by the previous frame and the ASR transcript, indicating they are practicing an evacuation procedure as part of a safety lesson."
] |
t8lY-rjy7-Y
|
A video appears to be an excerpt from an emergency drill or response to a warning, likely a simulated earthquake scenario. The scene begins with a group of students evacuating a building, followed by a chaotic scene at a train station, suggesting that the earthquake is taking place in a major city in South Korea. The footage then shifts to a warehouse, which is being monitored for damage or disruption after the earthquake. The scene cuts to a street with debris, indicating damage from the earthquake, and later shows a bus traveling on the road. The video then transitions to a domestic setting, capturing the immediate response of individuals to the earthquake, as people try to stay calm and secure their pets. The footage also includes scenes of communication efforts, such as notifications on government websites and text messages, and a press conference where officials discuss earthquake preparedness. The video concludes with a classroom setting, where students are practicing an evacuation procedure as part of a safety lesson. The transcript highlights the importance of earthquake preparedness and the need for future preparedness measures.
|
{
"original": " I hope that the earthquake will be prepared for a bigger one in the future.",
"refined": "I hope that we will be better prepared for a bigger earthquake in the future.",
"summarized": "The speaker expresses a hope that preparations will be in place for a potentially larger earthquake in the future, and highlights the importance of predicting and preparing for great disasters, possibly referring to a specific event expected in 5 years.",
"translated": "I hope that we will be prepared for a bigger earthquake in the future.",
"translated_llm": "I hope that the earthquake will be prepared for a bigger one in the future.",
"translated_whisper": " The The The The The The The The The The The The The The The The The The The The The The The The The The The The The ... ... ... ... ... ... ... ... ... ... ... ... ... ... Even the most difficult thing is A huge disaster The disaster is coming And now we need more Great disasters to be predicted A new emergency in 5 years That day Now This place will be"
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"\"Gyeongju 2016 earthquake\"",
"\"Gyeongju earthquake buildings swaying or shaking\"",
"Emergency responders rushing to the scene in Gyeongju, South Korea on 12 September 2016.",
"Debris from 2016 Gyeongju earthquake scattered on the ground in South Korea on 12 September 2016.",
"Sirens blaring during 2016 Gyeongju earthquake in South Korea."
] |
[
"Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12.",
"\"2016 Gyeongju earthquake evacuation and rescue efforts\"",
"\"Emergency responders in Gyeongju South Korea on 12 September 2016\"",
"\"2016 Gyeongju earthquake damage to buildings in South Korea\"",
"2016 Gyeongju earthquake in South Korea on September 12."
] |
[
"2016 Gyeongju earthquake on 12 September 2016.",
"Emergency responders rush to the scene in response to the 2016 Gyeongju earthquake on 12 September 2016 in South Korea.",
"Rescue efforts in progress in 2016 Gyeongju earthquake, South Korea.",
"\"2016 Gyeongju earthquake South Korea September 12\"",
"Damage to buildings and infrastructure in Gyeongju, South Korea during the 2016 Gyeongju earthquake."
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION:\nWhen extracting events from the query, I considered which events could be visually represented in a video and are relevant to the query. Given the specificity of the location and date, I focused on events that are directly related to the earthquake and its impact.\n\nEVENTS:\n\n1. Earthquake waves shaking buildings and structures\n2. Emergency responders rushing to the scene\n3. Rescue efforts in progress\n4. People running or panicking due to the earthquake\n5. Damage to buildings and infrastructure in Gyeongju",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION:\nTo extract events related to the query, I considered events that could be visually represented in a video and are relevant to the context of an earthquake occurring in South Korea. I filtered out events that are not geographically specific or unrelated to the earthquake.\n\nEVENTS:\n1. People running in panic\n2. Buildings swaying or shaking\n3. Emergency responders rushing to the scene\n4. Debris scattered on the ground\n5. Sirens blaring",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION:\nFor this query, we can extract events that are visually related to the earthquake, taking into consideration the geographical location and time of the event. We will prioritize events that can be easily visualized in a video, focusing on the immediate effects of the earthquake.\n\nEVENTS:\n1. Debris and rubble scattered on the streets\n2. People running and evacuating buildings\n3. Emergency responders rushing to the scene\n4. Buildings collapsing or showing signs of structural damage\n5. People holding signs reading \"Earthquake\" or \"Gyeongju earthquake\"",
"video_URL": "http://youtube.com/watch?v=CXe6_CDrdB8",
"video_description": "찐♡기상청사람들 예고 없이 찾아오는 지진! 한 번 발생하면 큰 피해를 주는 지진이기에 감시하는 일은 한시도 소홀히 할 수 없습니다. 그 최전방에서... 1년 365일 24시간 지진화산 감시 및 분석 업무에 최선을 다해 신속·정확하게 알리고자 노력하는 사람이 있습니다. 지진화산 감시 및 분석 업무 9년 차... 반복되는 주간 근무와 야간 근무가 힘들긴 하지만, 누구보다 묵묵하게 자리를 지키고 있는 진득한 뚝배기 같은 지진업무의 대들보!! 지진화산 감시 업무를 담당하는 기상청 사람을 만나고 왔습니다.(^_^)v 우리나라에서 가장 강력했던 규모 5.8의 경주 지진 때 지진감시 및 분석을 수행했던 기상청 사람은 누구? 지진감시 업무를 들어올 때마다 긴장되는 기상청 사람은 누구? 국민의 안전을 누구보다 걱정하는 기상청 사람은 누구? 지진 올바로 알고 지진 발생 시 빠르게 대처하길 바라는 기상청 사람은 누구? 최근 지진 안전을 홍보해 주시는 지진희 배우님을 그 누구보다 고마워하는 기상청 사람은 누구? 만나볼까요 :) #기상청사람들 #지진화산 #행동하는파수꾼",
"video_id": "CXe6_CDrdB8"
}
| 16
|
[
"A person is standing in front of a backdrop displaying various data screens, likely related to earthquake monitoring. The individual appears to be giving a presentation or interview, wearing a blue shirt and glasses, and has a name tag. The visible text on the screen suggests the topic is about earthquake analysis, indicating a focus on the rapid and accurate response needed in earthquake monitoring. The text on the screen includes phrases like \"earthquake analysis\" and \"reporting earthquakes,\" reflecting the context of the original ASR transcript discussing the challenges and responsibilities of analyzing and reporting earthquakes promptly.",
"A person is seated at a desk with multiple monitors, analyzing data related to earthquake monitoring. They are wearing a blue shirt, glasses, and a mask, indicating a professional and possibly tense environment due to the ongoing analysis. The monitors display detailed seismic data, with one screen prominently showing a graph with the text \"일정 규모 이상 되면 통보하고\" (inform if it exceeds a certain magnitude). The individual is engaged in the analysis, using a computer mouse and keyboard, suggesting they are quickly processing information to determine earthquake magnitudes and report them accurately. This aligns with the previous frame's context of rapid and accurate earthquake monitoring and the challenges of the job.",
"In the current frame, a person stands in front of a large display panel, continuing their discussion on earthquake monitoring. The individual, still in a blue shirt and glasses, is engaged in explaining a significant earthquake event that occurred in the economic sector. The display behind them shows various seismic data and graphs, emphasizing the complexity and detail of the analysis. The text on the screen reads \"지금까지 통보한 지진 중 규모가 가장 큰 지진은?\" (Among the earthquakes reported so far, which one had the largest magnitude?), highlighting the focus on a specific, noteworthy earthquake. The person appears to be elaborating on the challenges and anxiety of reporting earthquake data accurately, drawing a parallel to the need for swift and precise action in such situations.",
"The current frame shows a surveillance camera view of a street or roadway, with vehicles and possibly pedestrians visible. The image contains Korean text that mentions the occurrence of an earthquake with a magnitude of 5.8. The text states that this was the largest earthquake observed so far, and it occurred in the economic sector. The text also mentions that the earthquake was reported 8 km from a location in Jeongneung-gu, which is 8 km from the epicenter. The text at the bottom translates to \"At the time, there weren't many large earthquakes, so the person analyzing it was extremely nervous, sweating, and felt a great deal of anxiety.\" This suggests that the video is discussing the details and analysis of a significant earthquake event, with an emphasis on the challenges and anxiety faced by those responsible for earthquake monitoring and reporting. The scene appears to be a part of the video discussing the earthquake that occurred in the economic sector, which was quite shocking and caused considerable concern among the analysts.",
"The current frame displays a computer screen with various seismic wave data being analyzed. The text on the screen includes Korean that translates to \"An earthquake with a magnitude of 9.12 has occurred, a living day's story.\" There is also a note attached to the screen with more handwritten Korean text. The screen is part of an office environment, suggesting this is a workspace where seismologists or analysts monitor and interpret seismic data. The focus remains on the technical aspects of earthquake analysis, with an emphasis on the detailed data and the professionals' involvement in interpreting the information, likely continuing the narrative about the significant earthquake event and the challenges faced by the analysts.",
"In the current frame, a group of individuals, likely seismologists or analysts, are gathered in an office environment around a desk with computer monitors. One person is standing and appears to be explaining or discussing something with the others, who are seated and looking at the computer screens. The text on the computer screens and the notes attached to the desk indicate the analysis of seismic wave data. The visible text in Korean includes \"An earthquake with a magnitude of 9.12 has occurred, a living day's story,\" suggesting that the group is engaged in analyzing and reporting on a significant earthquake event. The atmosphere conveys a sense of urgency and focus, consistent with the narrative of dealing with seismic activities and the challenges of providing timely and accurate information.",
"In the current frame, two individuals are present in an office environment engaged in a discussion about seismic data. The standing person is pointing at a computer screen displaying a map, likely explaining the details of an earthquake event. The seated individual, wearing a mask and focused on the screen, is attentively listening. The text on the screen and the papers on the desk suggest they are reviewing seismic data. The visible text in Korean indicates that they initially reported an earthquake with a magnitude of 5.1 but later found that it was significantly larger. This frame captures the moment of analyzing and updating the earthquake's magnitude, reflecting the ongoing urgency and meticulous work involved in seismic analysis and reporting.",
"In this frame, a person stands in front of multiple computer screens displaying seismic data. The individual, dressed in a blue shirt and a name badge, is likely presenting or explaining the findings of the seismic analysis. The background screens show extensive data and graphs, indicating the complexity of the information being reviewed. The visible text in Korean suggests a focus on the importance of quickly and accurately responding to earthquake events. The context implies a continuation of the detailed analysis and reporting process, highlighting the critical role of rapid and precise action in earthquake monitoring.",
"In this frame, an illustration depicts earthquake monitoring equipment and data analysis. The image shows seismic stations with waves indicating vibrations from an earthquake. The text explains that when a magnitude 5.0 earthquake occurs, an earthquake alert message is issued, detailing the magnitude, intensity, and damage potential. The illustration emphasizes the critical role of monitoring stations in detecting and analyzing seismic activity, crucial for timely and accurate earthquake reporting and response. The visual reinforces the theme of swift and precise action in earthquake monitoring, aligning with the overall narrative of the video.",
"In this frame, a person is seen working at a desk equipped with multiple computer monitors. The individual is focused on analyzing data on the screens. The text overlay explains that they are working in the economic sector, specifically dealing with earthquake analysis. This activity is highlighted as particularly challenging and anxiety-inducing due to the uncertainty of earthquake occurrences. The person is likely engaged in the process of determining earthquake magnitudes and providing updates, as indicated by the original ASR transcript. The frame emphasizes the tension and responsibility associated with earthquake duty, aligning with the video's theme of swift and accurate earthquake reporting.",
"The current frame shows the same individual continuing their work at the desk with multiple computer monitors, which display data related to earthquake analysis. The person is deeply focused on the screens, suggesting a high level of concentration and engagement in the analysis task. The text overlay reinforces the theme of earthquake duty, emphasizing the uncertainty and unpredictability of earthquakes, which adds to the anxiety and tension experienced by the person. The individual is likely in the midst of monitoring and analyzing seismic activity, aiming to provide accurate and timely updates. The continuity in the individual's posture and focus indicates a sustained effort in their earthquake analysis duties, aligning with the overall narrative of the video about the critical nature of earthquake monitoring and reporting.",
"In this frame, the individual is standing in front of a large display board filled with data, likely related to earthquake monitoring and analysis. The person appears to be speaking, possibly giving a report or explanation about the displayed information. The text overlay suggests a focus on earthquake duty and the challenges associated with it, indicating that the person might be discussing recent seismic activity. The setting reinforces the context of earthquake analysis, with the individual likely providing insights or updates on ongoing monitoring efforts, emphasizing the critical and high-stakes nature of their work.",
"In this frame, the individual is still standing in front of the large display board, continuing the discussion on earthquake duty. The image features additional text overlays and graphical elements related to earthquake data analysis. The person is likely elaborating on their experiences with recent seismic events, particularly focusing on the challenges and responsibilities of accurately reporting earthquake magnitudes. The mention of \"지진 업무 담당자로서\" (as someone responsible for earthquake duty) reinforces the ongoing theme of the high-stakes nature of their work, emphasizing the importance of swift and accurate action in earthquake analysis.",
"The individual is still engaged in the discussion on earthquake duty, as depicted by the consistent presence of text overlays and graphical elements related to seismic data analysis. The person continues to emphasize the challenges and responsibilities of accurately reporting earthquake magnitudes, particularly referencing a specific event where the initial reported magnitude of 1.1 was later determined to be 5.8. The mention of \"지진 업무 담당자로서\" (as someone responsible for earthquake duty) and \"지진을 훈보해 주세요\" (please watch over the earthquakes) underscores the ongoing theme of the high-stakes nature of their work and their sense of responsibility and gratitude for being part of the earthquake duty team. The frame reinforces the importance of swift and accurate action in earthquake analysis.",
"The individual in the frame is focused on analyzing seismic data in a control room equipped with multiple monitors displaying various graphs and maps related to earthquake monitoring. The person is seated at a desk with a headset and a phone, emphasizing the need for immediate and precise communication in their role. The text overlay \"지진은 신속 정확입니다\" (earthquakes require swift and accurate action) highlights the critical nature of their work. The person appears to be deeply engaged in monitoring and assessing seismic activity, continuing the theme of the high-stakes responsibility and the importance of accurate and timely responses in earthquake duty.",
"The individual in the current frame is standing and speaking directly to the camera, still within the control room filled with monitors showing data. The individual is wearing a badge with a photo and name, indicating their official role in the organization. The text overlay reads, \"지진은 신속 정확입니다\" (earthquakes require swift and accurate action) and \"저가 그 신속 정확의 중심에 서겠습니다!\" (I will be at the forefront of this rapid response), reiterating the importance of quick and accurate earthquake reporting. This frame emphasizes the individual's commitment to being at the forefront of earthquake duty, maintaining the continuity of the video's theme on the critical nature of their work and the necessity of swift and precise actions in earthquake monitoring."
] |
CXe6_CDrdB8
|
A video depicts a group of individuals in a controlled environment, focusing on earthquake monitoring and analysis. The context is centered around the rapid and accurate reporting of earthquake events, particularly those in the economic sector. The discussion highlights the challenges and responsibilities of analyzing and reporting earthquakes, including the uncertainty and unpredictability of seismic activity. The participants emphasize the importance of swift and precise action in responding to earthquakes, citing the high stakes of their work as seismologists or analysts. The video showcases the tense and focused environment of the control room, with multiple monitors displaying seismic data and graphical elements. The narrative also touches on the emotional and psychological aspects of being responsible for earthquake duty, with individuals expressing anxiety and tension. Ultimately, the video concludes by reiterating the critical nature of their work and the need for accurate and timely responses in earthquake monitoring. The overall theme is one of urgency, responsibility, and the high-stakes nature of earthquake analysis and reporting.
|
{
"original": " 국내 뿐만 아니라 국외에서 발생하는 지진을 분석을 해서 일정 규모 이상이 되면 통보를 하고 있고요. 더불어서 화산 정보를 제공을 하고 있습니다. 경제에서 발생한 지진인데요. 아찔한데요. 당시만 해도 규모가 큰 지진은 별로 없었거든요. 분석하고 있는 분은 엄청 떨리고 식은땀은 나고 일단 불안감이 먼저 앞섰습니다. 1.1의 지진을 통보를 했는데 40분, 50분 뒤에 앞서 발표한 지진보다 훨씬 큰 게 감이 오더라고요. 최대한 더 빨리 해야 되겠다 분석을 시작했는데 규모 5.8이 나왔어요. 충분히 만족을 하고 있습니다. 지진이 어느 시각에 발생할지 모르기 때문에 항상 불안하고 긴장감을 가지고 근무하고 있지만 지진을 맡고 있는 담당자의 숙명이라고 생각합니다. 지진이 배우님, 지진 업무를 담당하고 있는 사람으로서 고마움을 느끼고 있습니다. 화이팅입니다. 지진, 올바로 알아야 빠르게 대처할 수 있습니다. 지진은 신속정학입니다. 제가 그 신속정학의 중심에 서겠습니다",
"refined": "In Korea and abroad, we analyze earthquakes and report those that exceed a certain magnitude. Additionally, we provide volcanic information. I'm referring to the earthquake that occurred in the economy. It was quite alarming. At the time, there weren't many large earthquakes, so the analyst was extremely nervous and anxious. After reporting a 1.1 magnitude earthquake, we felt that a much larger one was coming 40 to 50 minutes later. We began analyzing as quickly as possible and determined it was a 5.8 magnitude earthquake. I'm satisfied with the results. Since earthquakes can occur at any time, I'm always anxious and on edge, but I consider it an occupational hazard. As someone in charge of earthquake duty, I feel grateful. I'll do my best to provide accurate information, as understanding earthquakes correctly is crucial for prompt action.",
"summarized": "The speaker is an earthquake analyst who monitors and reports earthquakes in Korea and other countries. They recall a particular earthquake in Gyeongju that initially seemed small, but later turned out to be much larger, with a magnitude of 5.8. The analyst expresses satisfaction with their work and acknowledges the anxiety and tension that comes with the job, but feels a sense of responsibility and gratitude for being able to contribute to public safety through their work. The speaker emphasizes the importance of accurate and rapid information about earthquakes to facilitate quick response and preparedness.",
"translated": "We analyze earthquakes not only in Korea but also in other countries, and if they exceed a certain magnitude, we report them. Additionally, we provide volcanic information. This is about an earthquake that occurred in the economic sector, which was quite shocking. At the time, there weren't many large earthquakes, so the person analyzing it was extremely nervous, sweating, and felt a great deal of anxiety. We reported an earthquake with a magnitude of 1.1, but 40 to 50 minutes later, it became clear that it was going to be much larger than initially announced. We began analyzing as quickly as possible and determined that the magnitude was 5.8. I'm satisfied with the result. Since we can't predict when an earthquake will occur, we always work with a sense of anxiety and tension, but I believe this is the nature of being in charge of earthquake duty. As someone responsible for earthquake work, I feel grateful. Earthquakes require swift and accurate action, so it's essential to understand them correctly. I will be at the forefront of this rapid response.",
"translated_llm": "The earthquake is a major economic event. It is a painful event. It was not a major earthquake at the time. The person who was analyzing it was very shaken and sweating and I was very anxious. I reported a 1.1 earthquake, but after 40 minutes, 50 minutes, I was told that it was going to be much bigger than the one I had announced earlier. I started the analysis as soon as possible and it was 5.8. I am satisfied.",
"translated_whisper": " What is the earthquake in Korea? We analyze earthquakes in Korea and other countries and if they are of a certain size, we report them. In addition, we provide damage information. This is an earthquake from Gyeongju. It's a bit dizzy. At that time, there weren't many large earthquakes. I was very nervous and cold when I was analyzing. I was worried at first. I reported an earthquake at 1.2. After 40 to 50 minutes, I felt that it was much bigger than the previous earthquake. I started analyzing and I got a 5.8 scale. Q. How do you feel about the earthquake? I'm satisfied with the results. I don't know what the earthquake will look like, so I'm always anxious and nervous. But I think it's the life of the person in charge of the earthquake. Q. How do you feel about the earthquake? As an earthquake actor, I feel grateful as a person in charge of the earthquake. I'm cheering for you. Q. What is the earthquake? You have to know the earthquake correctly to react quickly. The earthquake is a rapid earthquake. I will be the center of that rapid development."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"\"Gyeongju 2016 earthquake\"",
"\"Gyeongju earthquake buildings swaying or shaking\"",
"Emergency responders rushing to the scene in Gyeongju, South Korea on 12 September 2016.",
"Debris from 2016 Gyeongju earthquake scattered on the ground in South Korea on 12 September 2016.",
"Sirens blaring during 2016 Gyeongju earthquake in South Korea."
] |
[
"Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12.",
"\"2016 Gyeongju earthquake evacuation and rescue efforts\"",
"\"Emergency responders in Gyeongju South Korea on 12 September 2016\"",
"\"2016 Gyeongju earthquake damage to buildings in South Korea\"",
"2016 Gyeongju earthquake in South Korea on September 12."
] |
[
"2016 Gyeongju earthquake on 12 September 2016.",
"Emergency responders rush to the scene in response to the 2016 Gyeongju earthquake on 12 September 2016 in South Korea.",
"Rescue efforts in progress in 2016 Gyeongju earthquake, South Korea.",
"\"2016 Gyeongju earthquake South Korea September 12\"",
"Damage to buildings and infrastructure in Gyeongju, South Korea during the 2016 Gyeongju earthquake."
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION:\nWhen extracting events from the query, I considered which events could be visually represented in a video and are relevant to the query. Given the specificity of the location and date, I focused on events that are directly related to the earthquake and its impact.\n\nEVENTS:\n\n1. Earthquake waves shaking buildings and structures\n2. Emergency responders rushing to the scene\n3. Rescue efforts in progress\n4. People running or panicking due to the earthquake\n5. Damage to buildings and infrastructure in Gyeongju",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION:\nTo extract events related to the query, I considered events that could be visually represented in a video and are relevant to the context of an earthquake occurring in South Korea. I filtered out events that are not geographically specific or unrelated to the earthquake.\n\nEVENTS:\n1. People running in panic\n2. Buildings swaying or shaking\n3. Emergency responders rushing to the scene\n4. Debris scattered on the ground\n5. Sirens blaring",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION:\nFor this query, we can extract events that are visually related to the earthquake, taking into consideration the geographical location and time of the event. We will prioritize events that can be easily visualized in a video, focusing on the immediate effects of the earthquake.\n\nEVENTS:\n1. Debris and rubble scattered on the streets\n2. People running and evacuating buildings\n3. Emergency responders rushing to the scene\n4. Buildings collapsing or showing signs of structural damage\n5. People holding signs reading \"Earthquake\" or \"Gyeongju earthquake\"",
"video_URL": "http://youtube.com/watch?v=uF3x63vtddc",
"video_description": "\"경주 지진, 지하수는 1~2일 전에 미리 알았다\" 지난 12일과 19일 경주에서 규모 5.8을 비롯한 대형 지진이 잇따라 발생하기 하루 이틀 전 주변 지하수 수위가 크게 상승해, 향후 지진예측에 활용할 수 있다는 주장이 나왔습니다. 정상용 부경대 지구환경과학과 교수는 진앙에서 가장 가까운 경북 경주시 산내면에 있는 지하수 관측소 자료를 분석한 결과, 이 같이 밝혔습니다. 자료를 보면 지난 11일 암반 지하수 수위는 하루 사이에 무려 49㎝ 상승했고, 17일에도 39㎝나 올라갔습니다. 정 교수는 지진에 앞서 암석에 강한 압력이 가해져 지하수 수위가 많이 올라간 것으로 보인다며, 규모 4.5 이상의 지진에만 영향을 받았다고 설명했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "uF3x63vtddc"
}
| 16
|
[
"In the current frame, two news anchors are standing in a studio, presenting a news segment. The background features multiple monitors displaying various images and data. The text on the screen provides context to the news being discussed, mentioning a significant groundwater level rise in Gyeongju before recent earthquakes, potentially indicating a method for predicting future seismic activity. The anchors are conveying information related to these findings, with one anchor on the left dressed in a dark suit and striped tie, and the other on the right in a burgundy blazer over a white blouse. The overlay text suggests a discussion about the correlation between groundwater levels and earthquake predictions.",
"The current frame shows a night-vision security camera view of a residential area, capturing the aftermath of a significant event, likely an earthquake, as suggested by the previous frame's discussion on the correlation between groundwater levels and seismic activity. The image appears grainy and is overlaid with Korean text, which translates to \"Gyeongju's groundwater level rose, suggesting an earthquake 1-2 days in advance.\" This overlay suggests the footage is related to the news segment about groundwater levels being indicative of an impending earthquake. The setting is a typical residential area with visible structures and outdoor elements, illuminated by the camera's night vision, highlighting the area's state post the seismic event.",
"The current frame continues with a similar night-vision security camera view, focusing on an area possibly affected by the earthquake mentioned earlier. The footage is grainy, and the visibility is limited, consistent with night-vision technology. The overlay text in Korean, which translates to \"Gyeongju's groundwater level rose, suggesting an earthquake 1-2 days in advance,\" reinforces the connection between the footage and the discussion on groundwater levels as a predictive measure for earthquakes. The scene likely shows the immediate aftermath of the seismic activity, with possibly subtle signs of disturbance or changes in the environment that could be indicative of the earthquake's impact, such as slight shifts in the landscape or minor structural changes. The continuity of the Korean text overlay suggests the video is still part of the news segment discussing the correlation between groundwater levels and earthquake predictions.",
"The current frame shows a night-vision security camera view of a similar area that may have been affected by the earthquake discussed earlier. The footage remains grainy with limited visibility, characteristic of night-vision technology. The overlay text in Korean, which translates to \"Gyeongju's groundwater level rose, suggesting an earthquake 1-2 days in advance,\" continues to underscore the ongoing theme of the video. The scene likely depicts the aftermath of the earthquake, with potential subtle signs of disturbance or changes in the environment, such as minor shifts in the landscape or structural changes. The consistent Korean text overlay indicates that the video remains focused on the news segment about the relationship between groundwater levels and earthquake predictions.",
"The current frame shows a night-vision security camera view of a street scene. The footage remains grainy with limited visibility, characteristic of night-vision technology. The overlay text in Korean, which translates to \"Gyeongju's groundwater level rose, suggesting an earthquake 1-2 days in advance,\" continues to underscore the ongoing theme of the video. The scene depicts the aftermath of the earthquake, with potential subtle signs of disturbance or changes in the environment, such as minor shifts in the landscape or structural changes. The consistent Korean text overlay indicates that the video remains focused on the news segment about the relationship between groundwater levels and earthquake predictions.",
"The current frame continues to show a night-vision security camera view of a street scene. The footage remains grainy with limited visibility, characteristic of night-vision technology. The overlay text in Korean, which translates to \"Gyeongju's groundwater level rose, suggesting an earthquake 1-2 days in advance,\" continues to underscore the ongoing theme of the video. The scene depicts the aftermath of the earthquake, with potential subtle signs of disturbance or changes in the environment, such as minor shifts in the landscape or structural changes. The consistent Korean text overlay indicates that the video remains focused on the news segment about the relationship between groundwater levels and earthquake predictions.",
"The current frame shows a black and white, night-vision security camera view inside a building. The camera captures a dimly lit room with visible furniture, such as a chair and a small table. A calendar is pinned on the wall, displaying the month and the date. The overlay text in Korean translates to \"Earthquake warning, groundwater level rose 1-2 days before,\" suggesting a link between changes in groundwater levels and earthquake prediction. The scene appears calm with no immediate signs of disturbance or activity, maintaining the focus on the potential predictive signs related to the recent earthquakes mentioned in the previous frames.",
"The current frame shows an indoor scene with a focus on an air conditioning unit and a decorative mirror mounted on the wall. There is overlay text in Korean that translates to \"After the recent earthquakes, groundwater levels rose 1-2 days before.\" This text suggests a continuation of the discussion on the relationship between changes in groundwater levels and earthquakes. The scene remains calm and undisturbed, with no visible signs of activity or disturbance, aligning with the previous frame's emphasis on the potential predictive signs of earthquakes.",
"The current frame is a street-level nighttime view of a city street, showing several parked cars and illuminated storefronts. The overlay text in Korean reads, \"The groundwater level rose one to two days before the earthquake.\" This suggests that the scene is part of a news segment discussing how changes in groundwater levels might indicate upcoming seismic activity. The environment appears calm, with no visible signs of earthquake-related activity.",
"The current frame continues to show a street-level nighttime view of a city street, with several parked cars and illuminated storefronts. The overlay text in Korean reads, \"The groundwater level rose one to two days before the earthquake.\" This text reinforces the previous frame's context, indicating that the scene is still part of the news segment discussing the relationship between changes in groundwater levels and seismic activity. The environment remains calm, with no visible signs of earthquake-related activity. The focus remains on the calm urban setting and the overlay text that highlights the predictive potential of groundwater level changes in relation to earthquakes.",
"The current frame continues to show a street-level nighttime view of a city street, with several parked cars and illuminated storefronts. The overlay text in Korean reads, \"The groundwater level rose one to two days before the earthquake.\" This text reinforces the previous frame's context, indicating that the scene is still part of the news segment discussing the relationship between changes in groundwater levels and seismic activity. The environment remains calm, with no visible signs of earthquake-related activity. The focus remains on the calm urban setting and the overlay text that highlights the predictive potential of groundwater level changes in relation to earthquakes.",
"The current frame shows a white car parked on the side of a street at night, with several people gathered near the storefronts. The overlay text in Korean reads, \"Professor Jeong Sang-yong of the Department of Earth and Environmental Science at Pukyong National University analyzed data from an underground water observation station in Sanneom-myeon, Gyeongju.\" This text provides further context to the news segment, indicating that the footage is still part of the discussion on the analysis conducted by the professor. The environment remains calm, with no visible signs of earthquake-related activity, and the focus is on the urban setting and the overlay text that details the professor's analysis of groundwater level changes in relation to seismic activity.",
"The current frame shows a traditional Korean roof with workers performing maintenance or repairs. The roof has reddish-brown tiles with some black objects, possibly tools or materials, scattered across it. The overlay text in Korean reads, \"Gyeongju city, Jeonghyeon's office, on the 1st to 2nd day, the groundwater level rose significantly.\" This suggests the footage is part of a news report discussing the changes in groundwater levels in Gyeongju, which could be related to the recent earthquake activities mentioned in the original ASR transcript. The environment appears to be calm, focusing on the workers and the overlay text that provides context about the groundwater level changes in relation to the seismic events.",
"The current frame shows a person working on a traditional Korean roof, which has reddish-brown tiles. The worker, dressed in a pink shirt and dark pants, is crouching and appears to be performing maintenance or repairs. A white vehicle with a green and blue object on its roof is parked beside the building. The overlay text in Korean reads, \"In Gyeongju city, during the 1st to 2nd day, the groundwater level rose significantly.\" This text, combined with the previous frame's context, indicates that the footage is part of a news report discussing the changes in groundwater levels in Gyeongju, likely in relation to recent earthquake activities mentioned in the ASR transcript. The scene suggests an ongoing investigation or monitoring of the effects of seismic activities on the area.",
"The current frame continues to depict a news report scenario, with two workers engaged in maintenance or repairs on a traditional Korean roof. Both workers are dressed in casual attire with one wearing a pink shirt and the other in a white shirt. They are handling tiles and appear to be actively engaged in their task. The roof is covered with reddish-brown tiles, and a blue structure is visible in the background, likely part of the building's support system. The overlay text in Korean reads, \"In Gyeongju city, during the 1st to 2nd day, the groundwater level rose significantly.\" This text, along with the ongoing context from the previous frames and the ASR transcript, suggests that the scene is part of a news segment discussing the impact of recent earthquakes in Gyeongju on the local groundwater levels. The visual and textual elements together indicate that the news report is focusing on the changes in groundwater levels, possibly linking them to seismic activities.",
"The current frame continues the news report on the impact of recent earthquakes in Gyeongju on local groundwater levels. Two workers are engaged in maintenance on a traditional Korean roof, dressed in casual attire with one in a pink shirt and the other in a white shirt. They handle tiles, continuing their task, with the reddish-brown roof tiles and a blue structure in the background, likely part of the building's support system. The overlay text reads, \"Gyeongju City, in the 1st to 2nd day, significant rise in groundwater level.\" This text, combined with the visual context and ASR transcript, indicates the news segment is discussing the rise in groundwater levels potentially linked to seismic activities."
] |
uF3x63vtddc
|
In a recent news segment, two news anchors presented a story about a significant correlation between groundwater levels and earthquake predictions. The anchors discussed how a recent 5.8-magnitude earthquake struck Gyeongju, and just a day or two before the earthquake, the groundwater level in the surrounding area had risen significantly. According to Professor Jeong Sang-yong of Pukyong National University, who analyzed data from an underground water observation station, the rise in groundwater level was likely caused by strong pressure on the rocks before the earthquake. Only earthquakes with a magnitude of 4.5 or higher had an impact on the groundwater level. The news segment highlighted the potential for groundwater levels to serve as an indicator for future earthquakes, with the correlation evident in the significant rise in groundwater levels just before the earthquake. The footage showed the aftermath of the earthquake, with night-vision security camera views of the affected area, and an interview with the professor detailing his analysis of the data. The scene also included scenes of workers performing maintenance on traditional Korean roofs in the affected area, suggesting an ongoing investigation into the impact of the earthquakes on local groundwater levels.
|
{
"original": " 지난 11일과 19일 경주에서 규모 5.8을 비롯한 대형 지진이 잇따라 발생하기 하루 이틀 전, 주변 지하수의 수위가 크게 상승해 향후 지진 예측에 활용할 수 있다는 주장이 나왔습니다. 정상용 부경대 지구환경과학과 교수는 진앙에서 가장 가까운 경북 경주시 산내면에 있는 지하수 관측소 자료를 분석한 결과 이같이 밝혔습니다. 자료를 보면 지난 11일 안반 지하수 수위는 하루 사이에 무려 49cm가 상승했고, 17일에도 39cm나 올라갔습니다. 정 교수는 지진에 앞서 암석에 강한 압력이 가해져 지하수의 수위가 많이 올라간 것으로 보인다며 규모 4.5 이상의 지진에만 영향을 받았다고 설명했습니다.",
"refined": "On the 11th and 19th, large earthquakes, including a 5.8-magnitude quake, occurred in Gyeongju. A day or two before the earthquakes, the groundwater level in the surrounding area rose significantly, which could be useful for predicting future earthquakes. Professor Jung of the Department of Earth and Environmental Science at Pukyong National University analyzed data from a groundwater observation facility in Sanin-myeon, Gyeongju, closest to the epicenter. The data shows that the groundwater level in Anban rose by 49cm in one day on the 11th and by 39cm on the 17th. According to Professor Jung, strong pressure on the rock prior to the earthquake caused a significant rise in the groundwater level, which was only affected by earthquakes with a magnitude of 4.5 or higher.",
"summarized": "Research by Professor Jung of the Earth Environment Science department at Pukyong National University suggests that changes in underground water levels may be used to predict future earthquakes. Analyzing data from an underground water observation facility in Gyeongju, the professor found that the water level rose significantly, 49cm on the 11th and 39cm on the 17th, before recent large earthquakes in the area. According to Professor Jung, the increased water level is likely due to strong pressure on rocks before an earthquake, and this phenomenon is only observed with earthquakes of magnitude 4.5 or higher.",
"translated": "A day or two before the recent large earthquakes, including a 5.8-magnitude quake, struck Gyeongju on the 11th and 19th, the groundwater level in the surrounding area rose significantly, prompting claims that this phenomenon could be used to predict future earthquakes. Professor Jeong Sang-yong of the Department of Earth and Environmental Science at Pukyong National University analyzed data from an underground water observation station in Sanneom-myeon, Gyeongju, which is closest to the epicenter, and reported these findings. According to the data, the groundwater level in Anban rose by 49cm in just one day on the 11th and by 39cm on the 17th. Professor Jeong explained that the increase in groundwater level appeared to be caused by strong pressure on the rocks before the earthquake and that only earthquakes with a magnitude of 4.5 or higher had an impact.",
"translated_llm": "The data from the nearest underground water observatory in the mountains of North Korea, located in the heart of North Korea, showed that the underground water level rose by 49 cm in the past 11 days and rose by 39 cm on the 17th. The professor explained that the underground water level appeared to have risen a lot before the earthquake and that the earthquake was only affected by a strong pressure on the rocks.",
"translated_whisper": " On the 11th and 19th, a large earthquake of 5.8 in Gyeongju, two days before the earthquake, The number of underground water around the area has risen significantly, and it is estimated that it can be used to predict the future. Professor of Earth Environment Science at the National University of Gyeongju, Gyeongsang-do, The data of the underground water observation facility in the mountains in Gyeongju, which is the closest to the Jinhang, has been analyzed. According to the data, the underground water level in Anban was 49cm higher in a day on the 11th, and it rose to 39cm on the 17th. Professor Jung said that the strong pressure of the rock was applied to the earthquake, and the underground water level rose a lot, and that it was only affected by an earthquake of 4.5 or more."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"\"Gyeongju 2016 earthquake\"",
"\"Gyeongju earthquake buildings swaying or shaking\"",
"Emergency responders rushing to the scene in Gyeongju, South Korea on 12 September 2016.",
"Debris from 2016 Gyeongju earthquake scattered on the ground in South Korea on 12 September 2016.",
"Sirens blaring during 2016 Gyeongju earthquake in South Korea."
] |
[
"Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12.",
"\"2016 Gyeongju earthquake evacuation and rescue efforts\"",
"\"Emergency responders in Gyeongju South Korea on 12 September 2016\"",
"\"2016 Gyeongju earthquake damage to buildings in South Korea\"",
"2016 Gyeongju earthquake in South Korea on September 12."
] |
[
"2016 Gyeongju earthquake on 12 September 2016.",
"Emergency responders rush to the scene in response to the 2016 Gyeongju earthquake on 12 September 2016 in South Korea.",
"Rescue efforts in progress in 2016 Gyeongju earthquake, South Korea.",
"\"2016 Gyeongju earthquake South Korea September 12\"",
"Damage to buildings and infrastructure in Gyeongju, South Korea during the 2016 Gyeongju earthquake."
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION:\nWhen extracting events from the query, I considered which events could be visually represented in a video and are relevant to the query. Given the specificity of the location and date, I focused on events that are directly related to the earthquake and its impact.\n\nEVENTS:\n\n1. Earthquake waves shaking buildings and structures\n2. Emergency responders rushing to the scene\n3. Rescue efforts in progress\n4. People running or panicking due to the earthquake\n5. Damage to buildings and infrastructure in Gyeongju",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION:\nTo extract events related to the query, I considered events that could be visually represented in a video and are relevant to the context of an earthquake occurring in South Korea. I filtered out events that are not geographically specific or unrelated to the earthquake.\n\nEVENTS:\n1. People running in panic\n2. Buildings swaying or shaking\n3. Emergency responders rushing to the scene\n4. Debris scattered on the ground\n5. Sirens blaring",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION:\nFor this query, we can extract events that are visually related to the earthquake, taking into consideration the geographical location and time of the event. We will prioritize events that can be easily visualized in a video, focusing on the immediate effects of the earthquake.\n\nEVENTS:\n1. Debris and rubble scattered on the streets\n2. People running and evacuating buildings\n3. Emergency responders rushing to the scene\n4. Buildings collapsing or showing signs of structural damage\n5. People holding signs reading \"Earthquake\" or \"Gyeongju earthquake\"",
"video_URL": "http://youtube.com/watch?v=nln3QFJggKs",
"video_description": "106억 → 58억…경주 지진 피해금액 반토막 잇단 강진으로 100억원이 넘는 것으로 추정됐던 경주시의 공식 피해규모가 58억원 수준에 그치는 것으로 집계됐습니다. 경주시가 지진 발생 뒤 전수조사를 통해 발표한 잠정 추산 피해액은 약 107억원이었지만 사유재산 피해는 대부분 공식 피해액에서 빠졌습니다. 규정상 기와가 떨어지거나 벽체에 금이 가고 담장이 파손된 것은 재산피해 산정되지 않습니다. 이에 따라 사유재산 중에는 지진으로 주택이 완전히 부서지거나 반쯤 허물어진 것만 공식 피해액에 들어갔습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "nln3QFJggKs"
}
| 16
|
[
"The current frame shows two news anchors seated in a studio, discussing the earthquake damage in Gyeongju. The male anchor is on the left, and the female anchor is on the right. The background features an image of a map highlighting Gyeongju, along with footage of the affected area. The text on the screen indicates a change in the official damage estimate from 106 billion won to 58 billion won. The anchors are presenting this information, explaining that the revised figure excludes damages to private property such as cracks in walls or broken fences, as these are not considered property damage according to the regulations.",
"The current frame is an aerial view of Gyeongju, showing extensive urban and rural landscapes. The scene captures a broad perspective of the city, highlighting its layout with clusters of buildings, greenery, and roads. The text on the screen continues to report on the revised official damage estimate, from 106 billion won to 58 billion won. This frame likely serves to provide a visual context of the region affected by the earthquake, reinforcing the discussion from the previous frame where the news anchors explained the exclusion of certain private property damages from the official tally. The aerial view helps to illustrate the scale and extent of the area impacted by the earthquake.",
"The current frame is a continuation of the aerial view of Gyeongju, providing a broader perspective of the city. It shows a detailed view of the urban and rural landscapes, highlighting clusters of buildings, greenery, and roads. The text on the screen reiterates the revised official damage estimate from 106 billion won to 58 billion won. This frame reinforces the previous discussion about the exclusion of certain private property damages from the official tally and helps to illustrate the scale and extent of the area impacted by the earthquake.",
"The current frame depicts a construction site in Gyeongju where a crane is being used to lift debris. Several trucks and a car are parked around the site, and workers appear to be engaged in cleanup efforts. The text on the screen emphasizes the revised official damage estimate from 106 billion won to 58 billion won. This scene illustrates the ongoing efforts to assess and manage the aftermath of the earthquake, specifically focusing on the demolition and reconstruction of damaged properties.",
"In the current frame, the focus is on workers actively engaged in the repair and restoration of a traditional Korean roof, which was likely damaged in the earthquake. The workers are seen handling and replacing the tiles on the roof. The scene highlights the manual labor involved in the reconstruction efforts, underscoring the meticulous and time-consuming nature of restoring historical structures. The text overlay on the screen reinforces the revised damage estimate from 106 billion won to 58 billion won, indicating a reevaluation of the extent of damages, particularly excluding private property damages not covered by official estimates.",
"The current frame shows a scene of debris and rubble scattered along a sidewalk next to a road, indicating the aftermath of a recent earthquake. The image depicts broken stones, pieces of brick, and other construction materials scattered haphazardly. The text overlay on the screen reiterates the revised damage estimate, highlighting that the official tally has been reduced from 106 billion won to 58 billion won. The context provided by the ASR transcript and previous frame description suggests that this frame is illustrating the physical destruction and ongoing assessment of earthquake damage in Gyeongju, with the emphasis on the fact that private property damages such as wall cracks or broken fences are not included in the official estimates.",
"The current frame shows more debris and rubble scattered along a sidewalk next to a road, further indicating the aftermath of a recent earthquake. The image depicts broken stones, pieces of brick, and other construction materials scattered haphazardly, similar to the previous frame. The text overlay on the screen reiterates the revised damage estimate, highlighting that the official tally has been reduced from 106 billion won to 58 billion won. The context provided by the ASR transcript and previous frame description suggests that this frame continues to illustrate the physical destruction and ongoing assessment of earthquake damage in Gyeongju, with the emphasis on the fact that private property damages such as wall cracks or broken fences are not included in the official estimates.",
"The current frame shows a group of people inspecting and assessing damage to a traditional Korean house. One individual is pointing out specific areas of damage, possibly cracks or structural issues, to another person standing nearby. The house appears to have sustained significant damage, indicative of the earthquake's impact. The scene conveys the ongoing evaluation and recovery efforts, consistent with the revised damage estimates mentioned in the ASR transcript. The text overlay confirms the change in official damage assessments from 106 billion won to 58 billion won, emphasizing that the current frame is part of the broader narrative of the earthquake's aftermath and the process of evaluating and categorizing the damage.",
"The current frame shows a close-up view of the damaged structure, focusing on the deteriorated wooden beams and exposed insulation. The scene conveys the extent of structural damage, consistent with the earthquake's impact mentioned in the ASR transcript. The visible damage to the wooden beams and insulation highlights the need for thorough inspection and repair, aligning with the ongoing evaluation and recovery efforts. The text overlay reiterates the change in official damage assessments from 106 billion won to 58 billion won, emphasizing the importance of accurately categorizing and quantifying the damage for effective recovery and reconstruction.",
"The current frame shows a man inspecting a damaged wall, likely assessing the structural integrity and extent of the damage following an earthquake. The man is equipped with tools, indicating he is part of the recovery and evaluation team. The visible cracks and discoloration on the wall suggest significant structural issues, consistent with the earthquake's impact mentioned in the ASR transcript. The text overlay reiterates the change in official damage assessments from 106 billion won to 58 billion won, emphasizing the importance of accurately categorizing and quantifying the damage for effective recovery and reconstruction.",
"The current frame shows a close-up view of a wall with visible cracks and structural damage, likely captured following an earthquake. The focus is on the wall's surface, showing significant cracks that extend across the plaster, indicating the impact of the seismic event. The text overlay mentions a change in the official damage estimates from 106 billion won to 58 billion won, highlighting the complexity and challenges in accurately assessing and categorizing the damage. The scene continues the theme of evaluating and documenting the extent of damage caused by the earthquake, consistent with the previous frame's focus on structural assessment.",
"The current frame shows a close-up view of a road with visible cracks and structural damage, likely captured following an earthquake. The focus is on the road surface, showing significant cracks that extend across the painted lines, indicating the impact of the seismic event. The text overlay mentions a change in the official damage estimates from 106 billion won to 58 billion won, highlighting the complexity and challenges in accurately assessing and categorizing the damage. The scene continues the theme of evaluating and documenting the extent of damage caused by the earthquake, consistent with the previous frame's focus on structural assessment.",
"The current frame continues to focus on the structural impact of an earthquake, specifically showcasing a close-up of a cracked concrete surface. The visible fissures and fractures emphasize the extent of damage. The text overlay reiterates the revised official damage estimates from 106 billion won to 58 billion won, underscoring the ongoing evaluation and the exclusion of certain types of damage, such as cracks in walls and broken fences, from the official tally. The scene reinforces the narrative of assessing and documenting earthquake-related damages, consistent with the previous frame's theme of structural assessment.",
"The current frame shows a night scene with a damaged pedestrian crossing, indicated by the visible cracks on the pavement. The text overlay reads \"106억 → 58억...경주 지진 공식 피해금액 변동\" (106 billion won → 58 billion won... Official damage estimate for Gyeongju earthquake), emphasizing the revision of the damage estimate from an initial expectation of over 10 billion won to around 5.8 billion won. The ongoing assessment of earthquake-related damages is highlighted, consistent with the theme of evaluating structural impacts.",
"The current frame shows the interior of a room with tiled walls and a damaged section of the ceiling. The text overlay reads \"106억 → 58억...경주 지진 공식 피해금액 변동\" (106 billion won → 58 billion won... Official damage estimate for Gyeongju earthquake), emphasizing the revised damage estimate. The visible damage to the ceiling suggests the structural impact of the earthquake, aligning with the discussion of official damage assessments and the exclusion of certain types of damage from the official tally, as mentioned in the ASR transcript.",
"The current frame displays a close-up view of a section of a ceiling with visible damage, including cracks and tiles that are dislodged or broken. The surrounding tiles appear to be in relatively better condition, but the extent of the damage is evident from the affected area. The text overlay reads \"경주 4.5 여진 문화재 급급 안전점검\" (Gyeongju 4.5 aftershock, urgent safety inspection of cultural assets), indicating that the damage is being assessed as part of an urgent safety inspection following the earthquake. The visible damage to the ceiling reinforces the narrative of the earthquake's impact on structures and the subsequent need for safety evaluations."
] |
nln3QFJggKs
|
The video depicts a news report on the earthquake damage in Gyeongju, South Korea. The news anchors initially discuss the revised official damage estimate, which has decreased from 106 billion won to 58 billion won, excluding private property damages such as cracks in walls or broken fences. The anchors explain that these damages are not considered property damage according to the regulations. The video then cuts to aerial footage of Gyeongju, showcasing the city's layout, highlighting its clusters of buildings, greenery, and roads. The aerial views reinforce the scale and extent of the area impacted by the earthquake.
The scene shifts to construction sites where workers are seen engaged in cleanup efforts, specifically in removing debris and assessing the damage to buildings. The video also captures the manual labor involved in restoring traditional Korean roofs and the meticulous process of evaluating and repairing damaged structures. In some frames, debris and rubble are shown scattered along sidewalks and roads, indicating the physical destruction caused by the earthquake.
As the video continues, it focuses on assessing the structural damage to buildings, including cracks in walls, ceilings, and roads. The damage is evaluated in various close-up shots, emphasizing the complexity of categorizing and quantifying the damage. The video also highlights the need for an urgent safety inspection following the earthquake, specifically for cultural assets.
Throughout the video, the revised official damage estimate of 58 billion won is consistently mentioned, emphasizing the efforts to accurately assess and document the damage. The video provides a comprehensive view of the earthquake's impact on the city of Gyeongju, focusing on the efforts to evaluate and document the damage, and the ongoing recovery and reconstruction efforts.
|
{
"original": " 이딴 강진으로 100억 원이 넘는 것으로 추정됐던 경주시의 공식 피해 규모가 58억 원 수준에 그치는 것으로 집계됐습니다. 경주시가 지진 발생 뒤 전수조사를 통해 발표한 잠정추산 피해액은 약 107억 원이었지만 사유재산 피해는 대부분 공식 피해액에서 빠졌습니다. 규정상 기화가 떨어지거나 벽체에 금이 가고 담장이 파손된 것은 재산 피해로 산정되지 않습니다. 사유재산 중에는 지진으로 주택이 완전히 부서지거나 반쯤 허물어진 것만 공식 피해에게 들어갔습니다.",
"refined": "The official damage in Gyeongju, initially estimated to exceed 10 billion won, has been recalculated to around 5.8 billion won. Following a thorough investigation after the earthquake, the city reported a preliminary estimated damage of approximately 10.7 billion won, but most private property damage was excluded from the official total. According to regulations, damage such as cracks in walls or broken fences is not considered property damage. Only private properties that were completely destroyed or partially demolished due to the earthquake were included in the official damage report.",
"summarized": "Gyeongju city's official damage from the earthquake was estimated to be over 1 billion won, but the final calculation is around 580 million won. The initial estimate of 1.07 billion won was reduced as most private property damages, such as cracks in walls or broken fences, were not included due to regulations. Only severe cases of private property damage, such as completely or partially destroyed houses, were accounted for in the official damage total.",
"translated": "The official damage estimate for Gyeongju, initially expected to exceed 10 billion won, has been revised to approximately 5.8 billion won. Following a thorough survey after the earthquake, the city reported preliminary estimated damages of around 10.7 billion won. However, most private property damages were not included in the official tally. According to regulations, damages such as cracks in walls, broken fences, or decreased building foundations are not considered property damage. Only cases where homes were completely or partially destroyed due to the earthquake were counted in the official damage estimate.",
"translated_llm": "The official damage estimated by the city of 경주 to be over 10 billion won was estimated to be at 58 billion won. The estimated damage was about 107 billion won, but most of the damage was lost from the official damage.",
"translated_whisper": " The official damage of Gyeongju, which was estimated to be over 1 billion won, has reached the level of 5.8 billion won. The total damage of the dam was about 1.7 billion won, which was announced through a full-scale survey after the earthquake. But most of the damage to the property was removed from the official damage. According to the regulations, the damage to the dam is not determined as damage to the property. Accordingly, the property was damaged by an earthquake, or half of the property was destroyed."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"\"Gyeongju 2016 earthquake\"",
"\"Gyeongju earthquake buildings swaying or shaking\"",
"Emergency responders rushing to the scene in Gyeongju, South Korea on 12 September 2016.",
"Debris from 2016 Gyeongju earthquake scattered on the ground in South Korea on 12 September 2016.",
"Sirens blaring during 2016 Gyeongju earthquake in South Korea."
] |
[
"Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12.",
"\"2016 Gyeongju earthquake evacuation and rescue efforts\"",
"\"Emergency responders in Gyeongju South Korea on 12 September 2016\"",
"\"2016 Gyeongju earthquake damage to buildings in South Korea\"",
"2016 Gyeongju earthquake in South Korea on September 12."
] |
[
"2016 Gyeongju earthquake on 12 September 2016.",
"Emergency responders rush to the scene in response to the 2016 Gyeongju earthquake on 12 September 2016 in South Korea.",
"Rescue efforts in progress in 2016 Gyeongju earthquake, South Korea.",
"\"2016 Gyeongju earthquake South Korea September 12\"",
"Damage to buildings and infrastructure in Gyeongju, South Korea during the 2016 Gyeongju earthquake."
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION:\nWhen extracting events from the query, I considered which events could be visually represented in a video and are relevant to the query. Given the specificity of the location and date, I focused on events that are directly related to the earthquake and its impact.\n\nEVENTS:\n\n1. Earthquake waves shaking buildings and structures\n2. Emergency responders rushing to the scene\n3. Rescue efforts in progress\n4. People running or panicking due to the earthquake\n5. Damage to buildings and infrastructure in Gyeongju",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION:\nTo extract events related to the query, I considered events that could be visually represented in a video and are relevant to the context of an earthquake occurring in South Korea. I filtered out events that are not geographically specific or unrelated to the earthquake.\n\nEVENTS:\n1. People running in panic\n2. Buildings swaying or shaking\n3. Emergency responders rushing to the scene\n4. Debris scattered on the ground\n5. Sirens blaring",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION:\nFor this query, we can extract events that are visually related to the earthquake, taking into consideration the geographical location and time of the event. We will prioritize events that can be easily visualized in a video, focusing on the immediate effects of the earthquake.\n\nEVENTS:\n1. Debris and rubble scattered on the streets\n2. People running and evacuating buildings\n3. Emergency responders rushing to the scene\n4. Buildings collapsing or showing signs of structural damage\n5. People holding signs reading \"Earthquake\" or \"Gyeongju earthquake\"",
"video_URL": "http://youtube.com/watch?v=n6UmQ9Kw2GQ",
"video_description": "경주 지진 이후 여진 307회 발생…\"강도 약해져\" 지난 12일 저녁 발생한 규모 5.8의 경주 지진 탓에 여진이 307차례 발생한 것으로 집계됐습니다. 기상청에 따르면 오늘 오후 4시까지 경주 지진 이후 여진은 규모 1.5∼3.0도 292회 등 모두 307차례 발생했습니다. 기상청 관계자는 \"경주 지진 탓에 여진이 계속 발생하고 있지만 강도가 약해지고 있다\"며 \"앞으로 일어날 여진 규모는 3.0 이하로 예상되기 때문에 그렇게 우려하지 않아도 될 것 같다\"고 말했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "n6UmQ9Kw2GQ"
}
| 16
|
[
"In the current frame, a news broadcast is reporting on the aftermath of a 5.8 magnitude earthquake that hit Gyeongju. The image shows two news anchors, one on the left and one on the right, presenting the news. The background features a weather map with a focus on Gyeongju, highlighting the area affected by the earthquake with heat map colors. The text overlay on the image reads \"Gyeongju earthquake aftermath, 307 aftershocks recorded... 'No need for concern'\", indicating the main topic of the report. The broadcast emphasizes that while 307 aftershocks have been recorded, with most between 1.5 to 3.0 in magnitude, the intensity is expected to weaken, and future aftershocks should be of lower magnitude, thus there is no need for significant concern.",
"The current frame continues the news broadcast on the aftermath of the Gyeongju earthquake. The two news anchors remain on screen, with the anchor on the left wearing traditional Korean attire and the anchor on the right in a red patterned outfit. The background now shows a satellite image of Gyeongju, emphasizing the affected area with a heat map overlay. The text overlay on the image reads \"Gyeongju earthquake aftermath, 307 aftershocks recorded... 'No need for concern'\", reiterating the main topic. The broadcast continues to highlight that 307 aftershocks have been recorded, with 292 between 1.5 to 3.0 in magnitude, and notes that while aftershocks are still occurring, their intensity is weakening, and future aftershocks are expected to be less severe, thus not requiring significant concern.",
"The current frame shows a news broadcast from Yonhap News TV, dated October 23. The broadcast highlights the aftermath of the Gyeongju earthquake, mentioning that a total of 307 aftershocks have been recorded. The image features a calendar on the left side of the frame, marking the date of the earthquake, and a person is seen entering a room from the right. The text overlay on the image reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The broadcast emphasizes that while aftershocks are still occurring, their intensity is weakening, and future aftershocks are expected to be less severe.",
"The current frame shows a news broadcast from Yonhap News TV, dated October 24. The broadcast continues to cover the aftermath of the Gyeongju earthquake, with text overlay on the image reading \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image depicts a kitchen scene with utensils, pots, and pans hanging on the wall, likely to illustrate the impact of the earthquake on daily life. An official from the Meteorological Administration is mentioned in the broadcast, noting that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24, focusing on the aftermath of the Gyeongju earthquake. The text overlay on the image remains \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image still depicts a kitchen scene with utensils, pots, and pans hanging on the wall, illustrating the impact of the earthquake on daily life. An official from the Meteorological Administration is mentioned again, noting that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24, focusing on the aftermath of the Gyeongju earthquake. The text overlay on the image reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image shows a room with hanging lamps, illustrating the impact of the earthquake on daily life. An official from the Meteorological Administration is mentioned again, noting that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24, focusing on the aftermath of the Gyeongju earthquake. The text overlay on the image reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image shows a room with hanging lamps, illustrating the impact of the earthquake on daily life. An official from the Meteorological Administration is mentioned again, noting that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24, focusing on the aftermath of the Gyeongju earthquake. The text overlay on the image reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image shows a room with hanging lamps, illustrating the impact of the earthquake on daily life. An official from the Meteorological Administration is mentioned again, noting that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24. The text overlay on the image reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image shows a room with a baby bouncer, illustrating the impact of the earthquake on daily life. An official from the Meteorological Administration is mentioned again, noting that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24. The text overlay on the image reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image shows a room with a baby bouncer, illustrating the impact of the earthquake on daily life. An official from the Meteorological Administration is mentioned again, noting that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame is part of a news broadcast from Yonhap News TV, dated October 24. The text overlay on the image reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image shows a close-up of a plastic water bottle and various household items, possibly indicating the aftermath of the earthquake and its impact on daily life. An official from the Meteorological Administration is mentioned again, noting that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24. The text overlay on the image repeats \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image now shows an interior scene with a potted plant and a doorway leading to another room. This setting could imply the impact of the aftershocks on indoor environments and daily life, with the plant being a common household item. The official from the Meteorological Administration is mentioned again, reiterating that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame is a continuation of the news broadcast from Yonhap News TV, dated October 24. The text overlay on the image repeats \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image shows an interior scene with a potted plant and a doorway leading to another room. This setting implies the impact of the aftershocks on indoor environments and daily life, with the plant being a common household item. The official from the Meteorological Administration is mentioned again, reiterating that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24. The text overlay on the image again states \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image shows an interior scene with a potted plant and a doorway leading to another room. This setting emphasizes the impact of the aftershocks on indoor environments and daily life, with the plant being a common household item. The official from the Meteorological Administration is mentioned again, reiterating that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"The current frame is part of a news broadcast from Yonhap News TV, dated October 24. The text overlay on the image reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" (307 aftershocks after Gyeongju earthquake... 'Strength weakening'). The background image depicts an interior scene with a potted plant and a doorway leading to another room, emphasizing the impact of the aftershocks on indoor environments and daily life. The plant remains a focal point, symbolizing the ordinary household item affected by the seismic activity. An official from the Meteorological Administration reiterates that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, providing reassurance to the public.",
"The current frame continues the news broadcast from Yonhap News TV, dated October 24. The text overlay on the image reads \"영상 난동... '관람객 편의시설' 금강산종합봉사소 건립 추진\" (Video disturbance... 'Tourist convenience facilities' establishment of Geumgangsan Comprehensive Service Center in progress). The background image shows a dimly lit interior scene with a potted plant and a doorway leading to another room, emphasizing the ongoing narrative of the aftershocks' impact on daily life. The plant remains a focal point, symbolizing the ordinary household item affected by the seismic activity. The text overlay suggests a shift in the news topic to the establishment of a new service center, possibly as part of broader efforts to address the challenges posed by the Gyeongju earthquake."
] |
n6UmQ9Kw2GQ
|
A news broadcast reports on the aftermath of the 5.8 magnitude earthquake that struck Gyeongju. The report mentions that 307 aftershocks have been recorded, with 292 of them between 1.5 to 3.0 in magnitude. The Korea Meteorological Administration states that despite the aftershocks, their intensity is weakening, and future aftershocks are expected to have a magnitude of 3.0 or less, alleviating concerns. The broadcast focuses on the impact of the earthquake on daily life, illustrating it through various scenes of household items and a potted plant. Officials from the Meteorological Administration reiterate that the situation is under control, and no significant concern is required. The report shifts its focus to the establishment of a new service center, Geumgangsan Comprehensive Service Center, as part of broader efforts to address the earthquake's challenges.
|
{
"original": " 지난 12일 저녁 발생한 규모 5.8의 경주 지진 탓에 여진이 307차례 발생한 것으로 집계됐습니다. 기상청에 따르면 오늘 오후 4시까지 경주 지진 이후 여진은 규모 1.5에서 3.0도 292회 등 모두 307차례 발생했습니다. 기상청 관계자는 경주 지진 탓에 여진이 계속 발생하고 있지만 강도가 약해지고 있다며 앞으로 일어날 여진 규모는 3.0 이하로 예상되기 때문에 그렇게 우려하지 않아도 될 것 같다고 말했습니다.",
"refined": "On the evening of the 12th, a 5.8 magnitude earthquake occurred in Gyeongju, resulting in 307 aftershocks. According to the weather agency, as of 4 pm today, there have been 307 aftershocks with magnitudes ranging from 1.5 to 3.0 since the Gyeongju earthquake. An agency official stated that although aftershocks are continuing due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need to worry.",
"summarized": "A magnitude 5.8 earthquake occurred in Gyeongju on the 12th, resulting in 307 aftershocks, with 292 of them ranging from 1.5 to 3.0 in magnitude. According to the Korea Meteorological Administration, although aftershocks are still occurring due to the earthquake, their intensity is weakening. Officials expect future aftershocks to have a magnitude of 3.0 or less, indicating no significant concern is warranted.",
"translated": "Following the 5.8 magnitude earthquake that struck Gyeongju on the evening of the 12th, a total of 307 aftershocks have been recorded. According to the Korea Meteorological Administration, as of 4 pm today, there have been 307 aftershocks, with 292 of them ranging from 1.5 to 3.0 in magnitude. An official from the Meteorological Administration noted that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"translated_llm": "The latest estimates are that 307 earthquakes have occurred due to the 5.8 magnitude earthquake that occurred on the 12th evening. According to the Meteorological Office, as of 4 pm today, the earthquake has caused 307 earthquakes ranging from 1.5 to 3.0 degrees and 292 rounds.",
"translated_whisper": " The last 12 days, there were 5.8 times of earthquakes in Gyeongju, and 307 times of the earthquake in Yeojin. According to the Ministry of Emergency Situations, Yeojin has been 3 times in Gyeongju since the earthquake in Gyeongju, from 1.5 to 3.0 degrees 292 times. The Kisangcheon official said that the earthquake is still happening due to the Gyeongju earthquake, but the intensity is getting weaker, and the expected earthquake size to occur in the future is 3.0 or less, so it is not necessary to worry."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"\"Gyeongju 2016 earthquake\"",
"\"Gyeongju earthquake buildings swaying or shaking\"",
"Emergency responders rushing to the scene in Gyeongju, South Korea on 12 September 2016.",
"Debris from 2016 Gyeongju earthquake scattered on the ground in South Korea on 12 September 2016.",
"Sirens blaring during 2016 Gyeongju earthquake in South Korea."
] |
[
"Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12.",
"\"2016 Gyeongju earthquake evacuation and rescue efforts\"",
"\"Emergency responders in Gyeongju South Korea on 12 September 2016\"",
"\"2016 Gyeongju earthquake damage to buildings in South Korea\"",
"2016 Gyeongju earthquake in South Korea on September 12."
] |
[
"2016 Gyeongju earthquake on 12 September 2016.",
"Emergency responders rush to the scene in response to the 2016 Gyeongju earthquake on 12 September 2016 in South Korea.",
"Rescue efforts in progress in 2016 Gyeongju earthquake, South Korea.",
"\"2016 Gyeongju earthquake South Korea September 12\"",
"Damage to buildings and infrastructure in Gyeongju, South Korea during the 2016 Gyeongju earthquake."
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION:\nWhen extracting events from the query, I considered which events could be visually represented in a video and are relevant to the query. Given the specificity of the location and date, I focused on events that are directly related to the earthquake and its impact.\n\nEVENTS:\n\n1. Earthquake waves shaking buildings and structures\n2. Emergency responders rushing to the scene\n3. Rescue efforts in progress\n4. People running or panicking due to the earthquake\n5. Damage to buildings and infrastructure in Gyeongju",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION:\nTo extract events related to the query, I considered events that could be visually represented in a video and are relevant to the context of an earthquake occurring in South Korea. I filtered out events that are not geographically specific or unrelated to the earthquake.\n\nEVENTS:\n1. People running in panic\n2. Buildings swaying or shaking\n3. Emergency responders rushing to the scene\n4. Debris scattered on the ground\n5. Sirens blaring",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION:\nFor this query, we can extract events that are visually related to the earthquake, taking into consideration the geographical location and time of the event. We will prioritize events that can be easily visualized in a video, focusing on the immediate effects of the earthquake.\n\nEVENTS:\n1. Debris and rubble scattered on the streets\n2. People running and evacuating buildings\n3. Emergency responders rushing to the scene\n4. Buildings collapsing or showing signs of structural damage\n5. People holding signs reading \"Earthquake\" or \"Gyeongju earthquake\"",
"video_URL": "http://youtube.com/watch?v=uoagwCVoHGM",
"video_description": "경주 지진으로 8명 부상…재산피해 253건 어제 저녁 경주 일대에서 발생한 지진으로 인해 8명이 다치고 카카오톡과 국민안전처 홈페이지 등 통신망이 일시적으로 마비되는 등의 장애가 있었습니다. 국민안전처는 경주 일대에서 오늘과 어제에 걸쳐 일어난 지진으로 인해 80살 여성 황 모 씨 등 8명이 경상을 입고 253건의 재산피해가 신고됐다고 밝혔습니다. 이번 지진으로 인해 KTX 대전~부산 구간이 5분가량 정차하기도 했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "uoagwCVoHGM"
}
| 16
|
[
"The current frame shows a news anchor presenting a story about an earthquake in Gyeongju. The image on the screen displays a CCTV footage of an area affected by the earthquake, with visible damage and disarray. The text on the screen indicates that 8 people were injured and 253 cases of property damage occurred. The news anchor is providing details about the earthquake's impact, including disruptions to communication networks and the KTX train service.",
"In the current frame, a news anchor is presenting a story about an earthquake that occurred in the Gyeongju area. The image on the screen displays CCTV footage of an area affected by the earthquake, showing visible damage and disarray. The text on the screen indicates that 8 people were injured and 253 cases of property damage occurred. The news anchor is providing details about the earthquake's impact, including disruptions to communication networks and the KTX train service.",
"In the current frame, the news anchor is continuing the report on the earthquake in the Gyeongju area. The screen displays a different angle of the affected area, showing more structural damage and the intensity of the impact. The text on the screen continues to emphasize that 8 people were injured and 253 cases of property damage occurred. The news anchor is likely providing further details on the extent of the damage and the ongoing response efforts.",
"The current frame shows a scene of damage caused by the earthquake in the Gyeongju area. The image depicts a partially collapsed building or structure with debris scattered around, indicating significant structural damage. The text on the screen reinforces the information from the previous frame, stating that 8 people were injured and 253 cases of property damage were reported due to the earthquakes. The focus of the image is on the extent of the destruction, highlighting the severity of the impact on the local infrastructure.",
"The current frame shows a news broadcast about an earthquake in Gyeongju. The image depicts people gathered outside a building at night, with some individuals appearing to be inspecting the area. The text on the screen states that the earthquake resulted in 8 injuries and 253 cases of property damage. The focus of the image is on the public response and the ongoing assessment of the situation.",
"The current frame continues the news broadcast about the earthquake in Gyeongju. The image depicts a storefront at night, with the awning covered in damage from the earthquake. A vehicle is parked in front, and the text on the screen confirms that 8 people were injured, including an 80-year-old woman named Hwang, and that there were 253 cases of property damage. The scene illustrates the aftermath and impact of the earthquake on the local area.",
"The current frame continues the news broadcast about the earthquake in Gyeongju. The image shows a store interior where several people are actively inspecting and possibly cleaning up the aftermath of the earthquake. One person is bending over, examining or organizing items on a table, while another individual is handling items on a rack. The text on the screen reiterates that 8 people were injured and that there were 253 cases of property damage. The scene illustrates the immediate response and impact of the earthquake on local businesses.",
"In the current frame, a person is mopping the floor in what appears to be the aftermath of an earthquake. The individual is wearing blue shoes and is using a green and orange mop to clean up the area. The scene illustrates the clean-up efforts following the earthquake in Gyeongju, as mentioned in the original ASR. The text on the screen confirms that 8 people were injured and there were 253 cases of property damage due to the earthquake.",
"In the current frame, a person is seen cleaning up debris and dust in a room, likely part of the clean-up efforts following the earthquake in Gyeongju. The individual is using a yellow dustpan and broom to gather and remove the mess. The scene continues to highlight the aftermath of the earthquake, emphasizing the ongoing recovery and restoration activities. The text on the screen reiterates that 8 people were injured and there were 253 cases of property damage due to the earthquake.",
"In the current frame, the camera focuses on a section of a damaged floor, showing scattered debris and dust, indicating ongoing clean-up efforts after the earthquake in Gyeongju. The text on the screen reiterates that 8 people were injured and there were 253 cases of property damage due to the earthquake. The frame emphasizes the extent of the property damage, showcasing the need for continuous recovery and restoration activities.",
"In the current frame, a man is seen pointing to a visible crack in a wall inside a building, indicating structural damage caused by the earthquake in Gyeongju. The text on the screen reinforces the information about 8 injuries and 253 cases of property damage. The focus on the man pointing to the crack highlights the severity of the structural impacts of the earthquake and the need for assessment and potential repairs.",
"The current frame shows a close-up of a building's facade, where a significant crack runs vertically down the wall. This visual evidence of structural damage underscores the impact of the recent earthquake in Gyeongju. The text overlay on the screen reiterates that 8 people were injured and 253 cases of property damage were reported, emphasizing the widespread effects of the seismic event. The focus on the crack in the building's wall highlights the urgent need for assessment and repairs to prevent further harm.",
"The current frame displays a close-up of a wall with noticeable cracks, indicating structural damage likely caused by the recent earthquake in Gyeongju. The text overlay confirms that the earthquake led to 8 injuries and 253 cases of property damage, highlighting the severity of the event. The focus remains on the damage to the building, reinforcing the need for immediate assessment and repair to ensure safety.",
"The current frame shows the interior of an airport terminal, with several people walking through the area. The text overlay indicates that the earthquake in Gyeongju has caused disruptions, including 8 injuries and 253 cases of property damage. This frame likely contrasts the ongoing normalcy at the airport with the impact of the earthquake elsewhere, possibly to highlight the extent of the disruptions caused by the event. The people in the image are not directly involved in the earthquake incident but are likely passengers or travelers continuing their journeys amidst the reported disruptions.",
"The current frame continues to show the interior of the airport terminal, with a similar scene of people walking through the area. The text overlay reiterates the earthquake's impact in Gyeongju, mentioning 8 injuries and 253 cases of property damage. The presence of people moving through the terminal suggests that despite the earthquake and its disruptions, including the temporary halt of the KTX train, airport operations and travel appear to be proceeding with some normalcy. The individuals in the frame are likely travelers or airport staff, going about their routines amidst the reported disruptions.",
"The current frame depicts a person walking in the airport terminal, carrying a bag. The text overlay mentions the earthquake's impact, reiterating the number of injuries and property damage in Gyeongju. The ongoing scene of people walking through the terminal suggests that airport operations are continuing despite the disruptions caused by the earthquake. The individual in the frame, likely a traveler, is going about their routine amidst the reported disruptions."
] |
uoagwCVoHGM
|
An earthquake struck the Gyeongju area, resulting in significant damage and disruptions to local infrastructure. The earthquake injured 8 people, including an 80-year-old woman named Hwang, and caused 253 cases of property damage. The event disrupted communication networks, including the National Security Agency's website and KakaoTalk. The KTX train halted operations for approximately 5 minutes on the Daejeon-Busan route. The aftermath of the earthquake showed extensive structural damage, with visible cracks in buildings and debris scattered in the affected areas. The clean-up efforts were ongoing, with individuals inspecting and cleaning up the damage. The scene also showed people going about their daily routines at the airport, despite the reported disruptions. The earthquake's impact was highlighted by the National Security Agency's report, emphasizing the severity of the event and the need for assessment and repair to prevent further harm.
|
{
"original": " 어제저녁 경주 일대에서 발생한 지진으로 인해 8명이 다치고, 카카오톡과 국민안전처 홈페이지 등 통신망이 일시적으로 마비되는 등의 장애가 있었습니다. 국민안전처는 경주 일대에서 오늘과 어제에 걸쳐 일어난 지진으로 인해 80살 여성 황 모 씨 등 8명이 경상을 입고 253건의 재산 피해가 신고됐다고 밝혔습니다. 이번 지진으로 인해 KTX 대전에서 부산 구간이 5분가량 정차하기도 했습니다. MBC 뉴스 김성현입니다.",
"refined": "Yesterday evening, an earthquake in Gyeongju left 8 people injured and caused temporary disruptions to communication networks, including Kakao Talk and the National Safety Agency's website. The National Safety Agency reported that the earthquake, which occurred in Gyeongju over the past two days, resulted in 8 people, including an 80-year-old woman, sustaining minor injuries, and 253 cases of property damage. The earthquake also caused the KTX train service between Daejeon and Busan to be suspended for about 5 minutes.",
"summarized": "An earthquake in Gyeongju resulted in 8 people being injured, including an 80-year-old woman, and 253 cases of property damage reported. The incident also caused a temporary disruption to communication networks, including Kakao Talk and the National Security Agency website, and a 5-minute halt to the KTX train service between Daejeon and Busan.",
"translated": "Yesterday evening, an earthquake in the Gyeongju area resulted in 8 injuries and temporarily disrupted communication networks, including KakaoTalk and the National Security Agency's website. The National Security Agency reported that 8 people, including an 80-year-old woman named Hwang, were injured and 253 cases of property damage were reported due to the earthquakes that occurred in Gyeongju yesterday and today. The earthquake also caused the KTX train to halt for about 5 minutes on the Daejeon-Busan route. This is MBC News reporter Kim Seong-hyeon.",
"translated_llm": "The earthquake in the raceway yesterday evening caused 8 people to be injured, and the telecommunications network including the KaKaoTok and the website of the National Security Agency were temporarily disrupted. The National Security Agency said that eight people including an 80-year-old woman, Mr. Zhuang Mo, were injured and 253 property damage was reported due to the earthquake in the raceway today and yesterday.",
"translated_whisper": " Yesterday evening, 8 people were injured in the earthquake in Gyeongju, and there was a problem with the communication network such as Kakao Talk and the National Security Agency website. The National Security Agency reported that 8 people, including an 80-year-old woman, were injured in the earthquake that occurred yesterday and today in Gyeongju. 253 property damage was reported. Due to the earthquake, the Busan section of KTX Daejeon was also closed for about 5 minutes."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"\"Gyeongju 2016 earthquake\"",
"\"Gyeongju earthquake buildings swaying or shaking\"",
"Emergency responders rushing to the scene in Gyeongju, South Korea on 12 September 2016.",
"Debris from 2016 Gyeongju earthquake scattered on the ground in South Korea on 12 September 2016.",
"Sirens blaring during 2016 Gyeongju earthquake in South Korea."
] |
[
"Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12.",
"\"2016 Gyeongju earthquake evacuation and rescue efforts\"",
"\"Emergency responders in Gyeongju South Korea on 12 September 2016\"",
"\"2016 Gyeongju earthquake damage to buildings in South Korea\"",
"2016 Gyeongju earthquake in South Korea on September 12."
] |
[
"2016 Gyeongju earthquake on 12 September 2016.",
"Emergency responders rush to the scene in response to the 2016 Gyeongju earthquake on 12 September 2016 in South Korea.",
"Rescue efforts in progress in 2016 Gyeongju earthquake, South Korea.",
"\"2016 Gyeongju earthquake South Korea September 12\"",
"Damage to buildings and infrastructure in Gyeongju, South Korea during the 2016 Gyeongju earthquake."
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION:\nWhen extracting events from the query, I considered which events could be visually represented in a video and are relevant to the query. Given the specificity of the location and date, I focused on events that are directly related to the earthquake and its impact.\n\nEVENTS:\n\n1. Earthquake waves shaking buildings and structures\n2. Emergency responders rushing to the scene\n3. Rescue efforts in progress\n4. People running or panicking due to the earthquake\n5. Damage to buildings and infrastructure in Gyeongju",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION:\nTo extract events related to the query, I considered events that could be visually represented in a video and are relevant to the context of an earthquake occurring in South Korea. I filtered out events that are not geographically specific or unrelated to the earthquake.\n\nEVENTS:\n1. People running in panic\n2. Buildings swaying or shaking\n3. Emergency responders rushing to the scene\n4. Debris scattered on the ground\n5. Sirens blaring",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION:\nFor this query, we can extract events that are visually related to the earthquake, taking into consideration the geographical location and time of the event. We will prioritize events that can be easily visualized in a video, focusing on the immediate effects of the earthquake.\n\nEVENTS:\n1. Debris and rubble scattered on the streets\n2. People running and evacuating buildings\n3. Emergency responders rushing to the scene\n4. Buildings collapsing or showing signs of structural damage\n5. People holding signs reading \"Earthquake\" or \"Gyeongju earthquake\"",
"video_URL": "http://youtube.com/watch?v=5p1N4MtudiI",
"video_description": "경주 지진 316회 이어가다 현재는 '잠잠' 지난 12일 발생한 규모 5.8의 경주 지진의 여진이 316회 발생한 것으로 집계됐습니다. 기상청은 오늘 오전 11시 기준 여진 횟수가 316회라고 발표했습니다. 규모별 횟수는 1.5에서 3.0이 301차례, 3.0에서 4.0은 14차례, 4.0에서 5.0은 1차례 감지됐습니다. 사흘째 계속된 여진은 일단 멈추는 징후를 보이고 있는 것으로 기상청은 파악하고 있습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "5p1N4MtudiI"
}
| 16
|
[
"In the current frame, two news anchors are presenting a report in a television studio. They are dressed in traditional Korean attire, and behind them is a backdrop depicting a scenic city view with a prominent bridge and a river. The lower third of the screen displays text in Korean, mentioning the 5.8-magnitude earthquake in Gyeongju and stating that there have been 316 aftershocks recorded. The news broadcast appears to be discussing the ongoing seismic activity and its impact on the region.",
"In the current frame, the two news anchors continue their report in the television studio, maintaining their traditional Korean attire. The backdrop remains the same, showing a scenic city view with a bridge and a river. The lower third of the screen continues to display text in Korean, emphasizing the 316 aftershocks recorded since the 5.8-magnitude earthquake in Gyeongju. The news broadcast remains focused on discussing the ongoing seismic activity and its implications.",
"The current frame shows a split-screen image on the news broadcast. On the left, a map displays the location of the recent earthquake in Gyeongju, marked with red lines indicating the epicenter and surrounding seismic activity. On the right, a detailed map shows concentric circles representing the seismic waves emanating from the epicenter, with various locations marked. The lower third of the screen continues to display text in Korean, emphasizing the 316 aftershocks recorded since the 5.8-magnitude earthquake. The news broadcast remains focused on discussing the ongoing seismic activity and its implications.",
"The current frame continues to show a split-screen image on the news broadcast. On the left, a map displays the location of the recent earthquake in Gyeongju, marked with red lines indicating the epicenter and surrounding seismic activity. On the right, a detailed map shows concentric circles representing the seismic waves emanating from the epicenter, with various locations marked. The lower third of the screen displays text in Korean, emphasizing the 316 aftershocks recorded since the 5.8-magnitude earthquake. The news broadcast remains focused on discussing the ongoing seismic activity and its implications.",
"The current frame continues to show a split-screen image on the news broadcast. On the left, a map displays the location of the recent earthquake in Gyeongju, marked with red lines indicating the epicenter and surrounding seismic activity. On the right, a detailed map shows concentric circles representing the seismic waves emanating from the epicenter, with various locations marked. The lower third of the screen displays text in Korean, emphasizing the 316 aftershocks recorded since the 5.8-magnitude earthquake. The news broadcast remains focused on discussing the ongoing seismic activity and its implications.",
"The current frame depicts a detailed graphic on a news broadcast, illustrating seismic activity and the aftershocks following the 5.8-magnitude earthquake in Gyeongju. The graphic prominently displays multiple layers of red and yellow lines, representing the seismic waves and the distribution of aftershocks. Key features include:\n\n- **Aftershocks Data**: The text at the bottom of the screen highlights that there have been 316 aftershocks recorded since the earthquake. It specifies the magnitude ranges: 301 aftershocks between 1.5 to 3.0, 14 between 3.0 to 4.0, and one between 4.0 to 5.0.\n\n- **Seismic Waves**: The central part of the graphic shows concentric circles emanating from the epicenter, indicating the spread of seismic waves. The complexity of the lines suggests significant ongoing seismic activity.\n\n- **Epicenter and Affected Areas**: The graphic identifies the epicenter with a red dot and surrounding affected areas with various red and yellow lines, depicting the extent and intensity of the aftershocks.\n\n- **News Context**: The broadcast continues to emphasize the current status of seismic activity, noting signs of subsidence as per the Korea Meteorological Administration.\n\nThe frame effectively conveys the ongoing nature of the aftershocks and their widespread impact in Gyeongju, aligning with the information provided in the ASR transcript and the previous frame description.",
"In this frame, a person is seen working at a desk with two computer monitors. The left monitor displays a detailed graph or chart, likely related to seismic data or aftershocks from the earthquake in Gyeongju. The right monitor shows a map with various colored areas, possibly indicating the locations and intensities of the aftershocks. The person is actively engaged with the keyboard and mouse, suggesting they are analyzing or monitoring the seismic activity. The text on the screen mentions \"316회 이어가는 '잠잠'\", which translates to \"316 times continuing 'silent'\", indicating the ongoing nature of the aftershocks. The overall context aligns with the previous frame's focus on the earthquake and its aftershocks, as highlighted by the news broadcast.",
"In the current frame, a detailed seismic chart is displayed on a large monitor. The chart shows multiple lines representing different seismic waves, with specific data points marked in red, blue, and yellow, indicating different types of seismic activity or measurements. The text at the bottom of the screen states \"경주 지진 316회 이어가는 '잠잠'\", translating to \"Gyeongju earthquake, 316 times continuing 'silent'\". This suggests that the focus remains on the seismic activity following the 5.8-magnitude earthquake in Gyeongju. The chart's detailed data aligns with the ongoing analysis of aftershocks, as mentioned in the previous frames and the ASR transcript.",
"In the current frame, the same detailed seismic chart from the previous frame continues to be displayed on the monitor. The chart shows multiple lines representing various seismic waves, with marked data points in red, blue, and yellow, indicating different types of seismic activity or measurements. The text at the bottom of the screen reiterates \"경주 지진 316회 이어가는 '잠잠'\", which translates to \"Gyeongju earthquake, 316 times continuing 'silent'\". The screen also shows the time as 15:01 and the temperature as 28.8°C. This frame maintains the focus on the seismic activity following the 5.8-magnitude earthquake in Gyeongju, continuing the analysis of the numerous aftershocks. The presence of these details aligns with the ongoing report of the aftershocks and their distribution by magnitude, as discussed in the ASR transcript.",
"In the current frame, a detailed seismic map of South Korea is displayed on the monitor, showing multiple points representing earthquake activity across the region. The map is divided into two sections, each with a time stamp at the top. The left section shows earthquake locations from 22:22:34, while the right section shows locations from 22:22:27. The text at the bottom of the screen reads \"경주 지진 316회 이어가는 '잠잠'\", which translates to \"Gyeongju earthquake, 316 times continuing 'silent'\". The screen also shows the time as 15:01 and the temperature as 28.8°C. This frame continues the focus on the seismic activity following the 5.8-magnitude earthquake in Gyeongju, providing an updated view of the aftershocks and their distribution across the region. The presence of these details aligns with the ongoing report of the aftershocks and their distribution by magnitude, as discussed in the ASR transcript.",
"The current frame displays a detailed seismic map of South Korea on the monitor, showing multiple points representing earthquake activity across the region. The map is divided into two sections, each with a time stamp at the top. The left section shows earthquake locations from 22:22:34, while the right section shows locations from 22:22:27. The text at the bottom of the screen reads \"경주 지진 316회 이어가는 '잠잠'\", which translates to \"Gyeongju earthquake, 316 times continuing 'silent'\". The screen also shows the time as 15:01 and the temperature as 28.8°C. This frame continues the focus on the seismic activity following the 5.8-magnitude earthquake in Gyeongju, providing an updated view of the aftershocks and their distribution across the region. The presence of these details aligns with the ongoing report of the aftershocks and their distribution by magnitude, as discussed in the ASR transcript.",
"The current frame shows an updated seismic map of South Korea on the monitor, with numerous points indicating earthquake activity across the region. The map highlights the continued distribution of aftershocks following the 5.8-magnitude earthquake in Gyeongju. The text at the bottom of the screen reads \"경주 지진 316회 이어가는 '잠잠'\", which translates to \"Gyeongju earthquake, 316 times continuing 'silent'\". This frame indicates that the aftershocks, which have been ongoing for three days, are showing signs of subsiding, according to the Korea Meteorological Administration. The time displayed is 15:01, and the temperature is 26.6°C. The map continues to show the seismic activity with the same color-coded intensity points as the previous frame, maintaining consistency in the depiction of the aftershocks' distribution.",
"The current frame shows an updated seismic map of South Korea on the monitor, continuing to depict earthquake activity across the region. The map highlights the distribution of aftershocks following the 5.8-magnitude earthquake in Gyeongju, with numerous points indicating seismic events. The text at the bottom of the screen reads \"경주 지진 316회 이어가는 '잠잠'\", which translates to \"Gyeongju earthquake, 316 times continuing 'silent'\". This frame indicates that the aftershocks, which have been ongoing for three days, are showing signs of subsiding, according to the Korea Meteorological Administration. The time displayed is 15:01, and the temperature is 26.6°C. The map continues to show the seismic activity with the same color-coded intensity points as the previous frames, maintaining consistency in the depiction of the aftershocks' distribution.",
"The current frame continues to display the seismic map of South Korea on the monitor, depicting earthquake activity across the region. The map highlights the distribution of aftershocks following the 5.8-magnitude earthquake in Gyeongju, with numerous points indicating seismic events. The text at the bottom of the screen reads \"경주 지진 316회 이어가는 '잠잠'\", which translates to \"Gyeongju earthquake, 316 times continuing 'silent'\". This frame indicates that the aftershocks, which have been ongoing for three days, are showing signs of subsiding, according to the Korea Meteorological Administration. The time displayed is 15:01, and the temperature is 26.6°C. The map continues to show the seismic activity with the same color-coded intensity points as the previous frames, maintaining consistency in the depiction of the aftershocks' distribution.",
"The current frame shows a digital display of an alarm or alert system with the text \"수신 관측소\" which translates to \"receiving observatory\" on the left side. The display shows the number \"89\" on the right side, indicating some form of count or measurement. The background is blurred, but text at the bottom of the screen reads \"경주 지진 316회 이어가는 '잠잠'\", which translates to \"Gyeongju earthquake, 316 times continuing 'silent'\". This frame continues to provide context about the ongoing aftershocks following the 5.8-magnitude earthquake in Gyeongju, as previously mentioned. The time displayed is 15:01, and the temperature is 27.2°C.",
"The current frame shows a map with a highlighted area indicating the location of Gyeongju, along with seismic activity readings. The map is accompanied by a sidebar displaying data such as agency information, location details, and event identification. The sidebar includes the KERMAIC agency, the first location marked as 0.1+ 5m 54s, and the current location as 0.1+ 5m 34s. The event ID is listed as gF2016rxp. The map shows the cities of Daegu, Ulsan, Changwon, and Busan around the highlighted area, likely related to the aftershocks of the Gyeongju earthquake mentioned in the ASR transcript. The time displayed is 15:01, and the temperature remains at 27.2°C. The text \"잠잠\" translates to \"silent,\" suggesting a continuation of the aftershocks' status as mentioned in the previous frames."
] |
5p1N4MtudiI
|
A 5.8-magnitude earthquake occurred in Gyeongju, South Korea, and its aftershocks have been continuously recorded, totaling 316 times as of 11 am. The aftershocks have been ongoing for three days, with 301 between 1.5 to 3.0, 14 between 3.0 to 4.0, and one between 4.0 to 5.0 magnitude. The Korea Meteorological Administration reported that the aftershocks are showing signs of subsiding, according to the Korea Meteorological Administration. The news broadcast continues to focus on the ongoing seismic activity and its implications, displaying detailed maps and graphics illustrating the distribution of aftershocks and seismic waves emanating from the epicenter. The broadcast provides updates on the aftershock count, the affected areas, and the ongoing analysis of seismic data. The news anchors discuss the ongoing situation, maintaining their traditional Korean attire, in a television studio set with a scenic city view backdrop.
|
{
"original": " 지난 12일에 발생한 규모 5.8의 경주 지진의 여진이 316회 발생한 것으로 집계됐습니다. 기상청은 오늘 오전 11시 기준 여진 횟수가 316회라고 발표했습니다. 규모별 횟수는 1.5에서 3.0이 301차례, 3.0에서 4.0은 14차례, 4.0에서 5.0은 1차례 감지됐습니다. 사흘째 계속된 여진은 일단 멈추는 징후를 보이고 있는 것으로 기상청은 파악하고 있습니다.",
"refined": "The aftershocks of the 5.8 magnitude Gyeongju earthquake that occurred on the 12th have been recorded 316 times. As of 11 am this morning, the Korea Meteorological Administration reported 316 aftershocks. The breakdown by magnitude is as follows: 301 aftershocks between 1.5 and 3.0, 14 between 3.0 and 4.0, and one between 4.0 and 5.0. The aftershocks, which have continued for three days, are showing signs of subsiding, according to the Korea Meteorological Administration.",
"summarized": "A 5.8-magnitude earthquake occurred in Gyeongju on the 12th, followed by 316 aftershocks as of 11 am today. The aftershocks were mostly minor, with 301 between 1.5 and 3.0 magnitude, 14 between 3.0 and 4.0, and 1 between 4.0 and 5.0. The aftershocks have continued for four days but appear to be subsiding, according to the Korea Meteorological Administration.",
"translated": "The aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju 12 days ago have been recorded 316 times. As of 11 am today, the Korea Meteorological Administration reported that the number of aftershocks has reached 316. By magnitude, 301 of the aftershocks ranged from 1.5 to 3.0, 14 ranged from 3.0 to 4.0, and one ranged from 4.0 to 5.0. The aftershocks, which have continued for three days, are showing signs of subsiding, according to the Korea Meteorological Administration.",
"translated_llm": "The number of earthquakes in the last 12 days has been estimated at 316 of magnitude 5.8. The Meteorological Office has announced that the number of earthquakes as of 11 am today is 316. The number of earthquakes in the past 12 days has been estimated at 1.5 to 3.0 and 301 times, 3.0 to 4.0 and 14 times, 4.0 to 5.0 and once.",
"translated_whisper": " The incident occurred on 5.8 Gyeongju. Three hundred and sixteen times of earthquake occurred. As a result. The Kisangcheon News Agency reported that the number of earthquakes occurred at 11 a.m. this morning as 316. The number of a 1.5 to 3.0 is 301 times. Three three points zero four points zero were a few zeroes, four points zero and a quarter is a few. I have been detected. Over the past four days, the 여진 has been seen to be stuck for a while. Kisang-chung is knowing that."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"\"Gyeongju 2016 earthquake\"",
"\"Gyeongju earthquake buildings swaying or shaking\"",
"Emergency responders rushing to the scene in Gyeongju, South Korea on 12 September 2016.",
"Debris from 2016 Gyeongju earthquake scattered on the ground in South Korea on 12 September 2016.",
"Sirens blaring during 2016 Gyeongju earthquake in South Korea."
] |
[
"Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12.",
"\"2016 Gyeongju earthquake evacuation and rescue efforts\"",
"\"Emergency responders in Gyeongju South Korea on 12 September 2016\"",
"\"2016 Gyeongju earthquake damage to buildings in South Korea\"",
"2016 Gyeongju earthquake in South Korea on September 12."
] |
[
"2016 Gyeongju earthquake on 12 September 2016.",
"Emergency responders rush to the scene in response to the 2016 Gyeongju earthquake on 12 September 2016 in South Korea.",
"Rescue efforts in progress in 2016 Gyeongju earthquake, South Korea.",
"\"2016 Gyeongju earthquake South Korea September 12\"",
"Damage to buildings and infrastructure in Gyeongju, South Korea during the 2016 Gyeongju earthquake."
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION:\nWhen extracting events from the query, I considered which events could be visually represented in a video and are relevant to the query. Given the specificity of the location and date, I focused on events that are directly related to the earthquake and its impact.\n\nEVENTS:\n\n1. Earthquake waves shaking buildings and structures\n2. Emergency responders rushing to the scene\n3. Rescue efforts in progress\n4. People running or panicking due to the earthquake\n5. Damage to buildings and infrastructure in Gyeongju",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION:\nTo extract events related to the query, I considered events that could be visually represented in a video and are relevant to the context of an earthquake occurring in South Korea. I filtered out events that are not geographically specific or unrelated to the earthquake.\n\nEVENTS:\n1. People running in panic\n2. Buildings swaying or shaking\n3. Emergency responders rushing to the scene\n4. Debris scattered on the ground\n5. Sirens blaring",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 16 Jan 2025\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION:\nFor this query, we can extract events that are visually related to the earthquake, taking into consideration the geographical location and time of the event. We will prioritize events that can be easily visualized in a video, focusing on the immediate effects of the earthquake.\n\nEVENTS:\n1. Debris and rubble scattered on the streets\n2. People running and evacuating buildings\n3. Emergency responders rushing to the scene\n4. Buildings collapsing or showing signs of structural damage\n5. People holding signs reading \"Earthquake\" or \"Gyeongju earthquake\"",
"video_URL": "http://youtube.com/watch?v=roaxxb8zRLU",
"video_description": "국제신문 뉴스&이슈 구독하기 http://goo.gl/FFQL4 국제신문 근교산&기획특집 구독하기 http://goo.gl/SM0fM 국제신문 기사보기 http://iii.im/pk3Z 국제신문 영상팀이 경주 지진피해 복구 현장을 드론으로 담았다.",
"video_id": "roaxxb8zRLU"
}
| 16
|
[
"The image shows an aerial view of a traditional Korean village with numerous black-tiled roofs. In the center, there is a large red object, likely a weather balloon, suspended in the air. The text on the image reads \"9.24일 도요미 케주리 황남동 일대,\" indicating that the scene is related to an event or activity happening in the Hwangnam-dong area on September 24.",
"The current frame continues to show an aerial view of a traditional Korean village with black-tiled roofs, similar to the previous frame. There are multiple red objects, likely weather balloons, suspended in the air, indicating an ongoing event or activity. The text at the top of the image reads \"하늘에서 본 경주,\" which translates to \"Gyeongju as seen from the sky.\" The text at the bottom reads \"천막으로 음급 차단한 기와집들,\" meaning \"Roof tiles covered with tents to block the sun.\" This suggests that the roofs have been covered with tents for protection, possibly against the weather, and that the scene is set in Gyeongju, a city in South Korea. The image captures the traditional architecture and the unique protective measures taken, contributing to a sense of ongoing community activity.",
"The current frame continues to show an aerial view of a traditional Korean village with black-tiled roofs, similar to the previous frame. There are multiple red objects, likely weather balloons, suspended in the air, indicating an ongoing event or activity. The text at the top of the image reads \"하늘에서 본 경주,\" which translates to \"Gyeongju as seen from the sky.\" The text at the bottom reads \"천막으로 음급 차단한 기와집들,\" meaning \"Roof tiles covered with tents to block the sun.\" This suggests that the roofs have been covered with tents for protection, possibly against the weather, and that the scene is set in Gyeongju, a city in South Korea. The image captures the traditional architecture and the unique protective measures taken, contributing to a sense of ongoing community activity.",
"The current frame continues to depict an aerial view of a traditional Korean village, maintaining the continuity with the previous frame. The image shows several buildings with black-tiled roofs, similar to the earlier scene. Notably, the roofs of these buildings are covered with blue tarps or tents, likely serving as protection from the sun or weather, consistent with the text \"천막으로 음급 차단한 기와집들\" (\"Roof tiles covered with tents to block the sun\"). This frame also includes the text \"하늘에서 본 경주\" (\"Gyeongju as seen from the sky\"), reaffirming the location in Gyeongju, South Korea. The focus remains on the traditional architecture and the community's protective measures.",
"The current frame shows an aerial view of a traditional Korean building with workers actively engaged in roof restoration. The roof appears to be undergoing significant work, with sections stripped of tiles and covered with a protective layer. A crane is positioned above the building, lifting materials to aid the workers. The text \"재력 복구에 나선 음식점\" (\"Restaurants participating in the recovery of strength\") suggests the context of community involvement and support. The surrounding area includes additional traditional buildings and a modern cityscape in the background, indicating an ongoing restoration effort within a historically rich setting.",
"The current frame shows an aerial view of a traditional Korean building complex with workers actively engaged in roof restoration. The roofs appear to be undergoing significant work, with sections stripped of tiles and covered with a protective layer. A crane is positioned above the buildings, lifting materials to aid the workers. The text \"하늘이서 본 경주\" (\"Gyeongju seen from the sky\") suggests the context of the location being Gyeongju. The surrounding area includes additional traditional buildings and a modern cityscape in the background, indicating an ongoing restoration effort within a historically rich setting.",
"In the current frame, workers are actively engaged in securing a green protective netting over the roof of a traditional building. One worker, in a yellow raincoat, is carefully tucking in the edges of the netting, while another worker, standing on a lift platform, assists from above. The text \"피해복구 모습\" (\"Recovery from damage\") indicates that this activity is part of a restoration effort. The background includes more traditional buildings, reinforcing the historical context of the location. The scene captures the meticulous process of restoring the roof, with workers ensuring the protective netting is properly secured to prevent further damage.",
"In the current frame, workers are continuing their efforts to cover the roof of a traditional building with a blue tarp. One worker, wearing a high-visibility vest with the text \"현장2법(李)\" (\"On-site management (Lee)\"), is actively handling the tarp, ensuring it is spread out properly. Another worker, also in a high-visibility vest, is assisting from above by holding the tarp in place. The text \"피해복구 모습\" (\"Recovery from damage\") suggests that this activity is part of a restoration effort, likely following some form of damage to the roof. The workers are focused on securing the tarp to protect the building from further weather-related damage. The background shows more traditional buildings, indicating the historical setting of the location. The scene highlights the ongoing meticulous process of restoring and protecting the roof.",
"In the current frame, workers are actively engaged in repairing a traditional building's roof. One worker, wearing a white hard hat and a dark vest, is carefully placing tiles on the roof, ensuring they are securely positioned. Another worker, also in a white hard hat, is observing the process, possibly providing guidance or assistance. The text \"피해복구 모습\" (\"Recovery from damage\") is visible, indicating that this scene is part of a restoration effort following some form of damage. The background includes a richly decorated traditional building, with intricate woodwork and colorful patterns, highlighting the historical and cultural significance of the location. The workers' focused efforts underscore the careful and detailed process of restoring and maintaining the roof.",
"The current frame shows an aerial view of a serene park area, with a distinctive circular plaza at the center surrounded by green grass. A monument or structure stands prominently in the middle of the plaza. The park is dotted with small groups of people leisurely walking or gathering in various spots. The text \"핑소보다 한산한 참성대 일대\" is visible, suggesting that this scene depicts a calm and peaceful area around the Samseongdae, which contrasts with the expected bustling activity. The surrounding paths and patches of vegetation further contribute to the tranquil and scenic atmosphere of the location.",
"The current frame continues to depict an aerial view of a serene park area with a circular plaza at the center. The monument or structure remains prominently in the middle of the plaza. The park is still dotted with small groups of people leisurely walking or gathering in various spots. The text \"핑소보다 한산한 참성대 일대\" is still visible, reinforcing that the scene depicts a calm and peaceful area around the Samseongdae, contrasting with the expected bustling activity. The surrounding paths and patches of vegetation continue to contribute to the tranquil and scenic atmosphere of the location.",
"The current frame shows an aerial view of a residential area with a road curving through the scene. On the left, there is a blue-roofed building adjacent to a green field, while on the right, a larger building with a parking lot containing yellow buses is visible. The road is lined with patches of greenery and a few vehicles. The text at the top reads \"하늘에서 본 경주,\" indicating that the view is of Gyeongju as seen from the sky. The overall scene depicts a mix of residential, educational, and possibly institutional buildings with a focus on transportation and green spaces.",
"The current frame shows an aerial view of a rural area with a prominent red circle centered over a cluster of buildings. Surrounding the red circle are fields with varying shades of green, indicating agricultural activity. A winding road passes through the landscape, connecting different parts of the area. In the top left corner, the text \"하늘에서 본 경주\" suggests that this is a view of Gyeongju as seen from above. A small inset map on the right side of the image displays a detailed map with red markers, likely indicating locations of interest or points of significance. The overall scene blends residential structures with expansive agricultural land, emphasizing the rural setting of the area.",
"The current frame displays an aerial view of a rural landscape featuring a winding road with a red overlay, indicating its path through the area. The surrounding terrain includes lush green fields, small settlements, and a meandering river. The text \"진영지 옆을 지나는 양산단층\" is visible, suggesting the road passes through the Yangsan Fault. The red overlay highlights the road's trajectory as it curves around the landscape, emphasizing its connection through the rural setting. The scene continues to blend agricultural fields with residential areas, maintaining the focus on the rural environment and the significant fault line nearby.",
"The current frame continues the aerial view of the rural landscape, showing the winding road with a red overlay. The text \"하늘에서 본 경주\" is visible, indicating the view is from above Gyeongju. The road's path remains highlighted in red, emphasizing its route through the area with lush green fields, small settlements, and a river. The red overlay continues to show the road's trajectory, maintaining the focus on the rural environment and the geographical features surrounding it.",
"The current frame displays a logo for \"국제신문\" (Kookje Shinmun), a newspaper, on a black background. The logo features a stylized icon resembling a document with a blue 'K' inside it. This frame likely serves as a branding or informational segment within the video, providing context or credit related to the content previously shown."
] |
roaxxb8zRLU
|
The video depicts a traditional Korean village in the Hwangnam-dong area of Gyeongju, South Korea. The scene unfolds as a series of aerial views showcasing the village's architecture, with numerous black-tiled roofs and traditional buildings. The roofs have been covered with tents or tarps to protect them from the sun, indicating an ongoing event or activity. The video also captures workers engaged in roof restoration, tarping, and repairing the roofs, highlighting the community's efforts to protect and maintain their traditional architecture.
The scenes transition to a serene park area around the Samseongdae monument, featuring a circular plaza, greenery, and small groups of people. This contrast with the initial bustling activity in the village, showcasing the peaceful side of the location. The video also includes views of a residential area, a rural landscape with a winding road, and agricultural fields, emphasizing the diverse setting of Gyeongju. The frames include text from the original ASR transcript, which enhances the understanding of the context and setting. Overall, the video conveys the beauty of traditional Korean architecture, the importance of community involvement in maintenance and restoration, and the serene natural surroundings of the region.
|
{
"original": " ល្ពបានដោយើងមំខងានដំល ១ េការអណាញុណុណាស្នៃទីពះម្អាចំង ១ងះបំ្រឿ្រភង្តាថាពវច្ញុ់វាសដំង ៩ចម្រាប់ប់ព្បចេតដែ និងយបាចំទេណល្នៅមិនោយើងរឹកខ្តើពយត។ សល អាចប្រាប់ប់ម្ន... លៈក សូតប្រឿស សុវីបាន់បញុងថ្ពេក ទានយ។ កំពុជ។ ឯកំពុជ្តលើយៈ។ ឡើលយងឬហើយចំផុជោយ ចុង។",
"refined": "The Khmer script has been written by us for about a thousand years, and we have kept it until now. If we lose Khmer script, it means we lose Khmer identity.",
"summarized": "Not Available",
"translated": "Not Available",
"translated_llm": "The first one is a very strong one, and it's a very strong one, and it's a very strong one, and it's a very strong one, and it's a very strong one. It's a very strong one, and it's a very strong one.",
"translated_whisper": " The"
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
| ["\"Gyeongju 2016 earthquake\"","\"Gyeongju earthquake buildings swaying or shaking\"","Emergency re(...TRUNCATED)
| ["Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12(...TRUNCATED)
| ["2016 Gyeongju earthquake on 12 September 2016.","Emergency responders rush to the scene in respons(...TRUNCATED)
| {"article_url":"https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84","(...TRUNCATED)
| 16
| ["In this frame, two news anchors are presenting a report on President Park Geun-hye's response to t(...TRUNCATED)
|
3ojHTwrvx90
| "President Park Geun-hye visited the Gyeongju region in Gyeongbuk, which has been hit by recent eart(...TRUNCATED)
| {"original":" 박근혜 대통령이 최근 강진이 잇따라 발생한 경북 경주지역을 찾(...TRUNCATED)
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
| ["\"Gyeongju 2016 earthquake\"","\"Gyeongju earthquake buildings swaying or shaking\"","Emergency re(...TRUNCATED)
| ["Debris and rubble on the streets after the 2016 Gyeongju earthquake in South Korea on September 12(...TRUNCATED)
| ["2016 Gyeongju earthquake on 12 September 2016.","Emergency responders rush to the scene in respons(...TRUNCATED)
| {"article_url":"https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84","(...TRUNCATED)
| 16
| ["The video depicts a news broadcast from Eunjang News TV, reporting on an earthquake in Gyeongju. T(...TRUNCATED)
|
w6jdwGYcKZU
| "A 5.8 magnitude earthquake struck Gyeongju, leaving 23 people injured and 1,118 cases of property d(...TRUNCATED)
| {"original":" 국민안전처는 경주에서 발생한 규모 5.8의 지진으로 부상자 23명(...TRUNCATED)
|
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