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Christoph Schmitz - found 30 in the US

age: ~49

Known as: Christoph H Schmitz, Christopher Schmitz ...

Related to: Mary Schmitz, 46Elizabeth Laughter, 70Leslie Laughter, 72 ...

Has lived in: Tomball, TXBrooklyn, NYSealy, TXHouston, TX

age: ~31

Has lived in: Bethlehem, PA

age: ~34

Has lived in: Little Elm, TX

age: ~28

Known as: Christoph L Schmitz, Patsy Schmitz ...

Related to: Salvatore Milone, 38Andrew Cooper, 76Patsy Hooper, 54 ...

Has lived in: Surprise, AZSoda Springs, IDGlendale, AZ ...

age: ~38

Known as: Christoph P Schmitz, Chris Schmitz, C Schmitz ...

Related to: Kelly Schmitz, 38Valerie Schmitz, 59Trevor Belgarde, 31 ...

Has lived in: Redwood Falls, MNMinneapolis, MNAshland, WI ...

age: ~39

Known as: Christoph A Schmitz, Christohper Schmitz, Alan Schmitz ...

Related to: Eulalia Miller, 51Jennifer Miller, 36John Miller, 34 ...

Has lived in: Orlando, FLTiffin, OHCincinnati, OH ...

age: ~41

Known as: Christoph E Schmitz, Christophe Schmitz, C Schmitz ...

Related to: Ivin Jones, 71Jimmy Jones, 86Kristy Jones, 47 ...

Has lived in: Norman, OKLago Vista, TXLeander, TX ...

age: ~37

Known as: Christoph M Schmitz ...

Related to: Lydia Martinez, 48Michael Martinez, 29Ray Tyler, 34 ...

Has lived in: Wadena, MNSebeka, MNPerham, MNHugo, MN ...

age: ~43

Known as: Christoph J Schmitz, Christophe Schmitz, Christ Schmitz, C Schmitz ...

Related to: Harold Trebesch, 34Gregory Schmitz, 36Joseph Schmitz, 64 ...

Has lived in: Saint James, MNMankato, MNDodge Center, MN ...

age: ~45

Known as: Christoph Schmitz, Chris G Schmitz ...

Related to: David Schmitz, 89Jerome Schmitz, 81Jerome Schmitz, 48 ...

Has lived in: Minneapolis, MNMinnetonka, MNHopkins, MN ...

Mentions about a name: Christoph Schmitz

Christoph Schmitz search results US Map
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Christoph Schmitz Public records

Christoph Schmitz age ~46

Lived in:
Dallas, TX • Addison, TX • Jacksonville, FL • Orange Park, FL • Atlanta, GA • Marietta, GA
Related to:
Juju Schmidt, Julie Schmidt, Katherine Schmidt, James Schmidt, Julia Schmidt, Terrance Schmidt
Work:
Siempelkamp Limited Partnership, The Blood and Marrow Transplant Group, USA Mitchell Cancer Institute, PCH Hotels & Resorts

Christoph Schmitz age ~32

Lived in:
Wichita, KS • Rose Hill, KS
Related to:
Edmund Schmitz, Nicole Schmitz, Jayma Schmitz, Romana Schmitz, Ramona Schmitz
Work:
Eddy's Toyota, 4Runner

Christoph Schmitz age ~49

Lived in:
Tomball, TX • Atlanta, GA • Sealy, TX • Houston, TX
Related to:
Leslie Laughter, Mary Schmitz

Christoph Schmitz age ~48

Lived in:
Naples, FL • Jupiter, FL • Rochester, MI • Franklin, MI • West Bloomfield, MI • Dryden, MI • Lake Worth, FL • Ann Arbor, MI • Livonia, MI
Related to:
Pamela Ropeta, Solange Schmitz, John Schmitz, Sydney Schmitz, Sabrina Nichols, Trust Schmitz
Work:
American Tower Corporation

Christoph Schmitz age ~48

Lived in:
Rochester, NY • Batavia, NY • Orlando, FL • Kissimmee, FL
Related to:
Michaela Schmitz, Terry Schmitz, Abbye Schmitz, Andrew Schmitz, Christine Monachino, Paul Schmitz, Tessa Schmitz
Work:
Brothers International, Slater Equipment Co. Inc
Education:
University of Central Florida

Christoph W Schmitz age ~58

Lived in:
Boston, NY • Jamaica Plain, MA • West Valley, NY • Hamburg, NY • Boston, MA
Related to:
Mark Schmitz, Jacqueline Schmitz, Richard Schmitz
Work:
Daniel S Matloff

Christoph H Schmitz

Lived in:
Glen Head, NY • Brooklyn, NY
Work:
Nirx Medical Technologies LLC

Christoph A Schmitz age ~40

Lived in:
Orlando, FL • Sanford, FL • Winter Springs, FL • Lake Mary, FL • Leesburg, FL • Fort Lauderdale, FL • Oviedo, FL • Tiffin, OH • Altamonte Springs, FL
Related to:
John Miller, Jennifer Miller

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Resumes

Resumes

Systems Engineer at Hewlett-Packard Laboratories

Position:
Systems Engineer at Hewlett-Packard Laboratories, Systems Engineer at Hewlett-Packard
Location:
Houston, Texas Area
Industry:
Information Technology and Services
Work history:
Hewlett-Packard Laboratories Systems EngineerHewlett-Packard Systems Engineersince 1996

Phones & Addresses

NameAddressPhone
Christoph Schmitz134 Prospect Pl, Brooklyn, NY 11217(718) 230-1491
Christoph Schmitz177 Park Pl, Brooklyn, NY 11238(718) 230-1491
Christoph Schmitz12515 Wealdstone Dr, Tomball, TX 77375(281) 320-7566
Christoph Schmitz, age ~4912515 Wealdstone Dr, Tomball, TX 77377(281) 794-****
Christoph Schmitz503 Deermeadow Pl Sw, Leesburg, VA 20175(703) 731-****
Christoph Schmitz, age ~57161 Stillwell Ln, Syosset, NY 11791(516) 526-****
Christoph Schmitz177 Park Pl, Brooklyn, NY 11238(917) 226-****
Christoph Schmitz4055 Lancaster Dr, Sarasota, FL 34241

Organizations

Name / TitleCompany / ClassificationPhones & Addresses
Christoph SchmitzUNIBOARD USA LLC425 West Capitol Avenue, Suite 1700, Little Rock, AR 72201
One Rodney Square, 10Th Floor Tenth & King Streets, Wilmington, DE 19801

Publications

US Patents

System For Describing And Storing Descriptions Of Hierachical Structures Using Hardware Definition Files To Specify Performance, Characteristics, Part Number And Name Of Hardware Components

United States Patent InventorAppl. No.Assignee

#6353884  Mar 5, 2002

Filed: Jul 29, 1998

Christoph Schmitz (Tomball, TX)
Manoj J. Varghese (Cypress, TX)
Keith L. Kelley (Houston, TX)
Charles A. Bartlett (Woodlands, TX)
09/126023 Compaq Computer Corporation (Houston, TX)
International Classification: G06F 15177U.S. Classification: 713 1, 710 10, 710104, 713100
Abstract:
A method implemented according to the invention allows a user to specify with particularity hierarchical structures such as computer hardware and peripheral equipment in such a way that it simplifies the storing, retrieving, and manipulation of the information.
Claim:
What is claimed is: 1. A system for selecting configurations of computer components, comprising: a general purpose computer executing application software; a configuration sizer tool that provides a user interface to determine a system configuration for a particular class of computer product in response to user performance and requirement specifications; and a plurality of hardware definition files that specify the performance and configuration characteristics of available components for use by the configuration sizer tool, wherein a hardware definition file of the plurality of hardware definition files specifies a part number and commercial part name for a corresponding component. 2. The system of claim 1, wherein the configuration sizer tool includes a configuration sizer framework and a configuration sizer specific to a particular class of computer products. 3. The system of claim 2, wherein the hardware definition files are associated with the specific configuration sizer. 4. The system of claim 1, wherein the hardware definition files specify the available hard drives. 5.

Digital Signal Processor-Based Detection System, Method, And Apparatus For Optical Tomography

United States Patent InventorAppl. No.Assignee

#7463362  Dec 9, 2008

Filed: Apr 13, 2005

Joseph M. Lasker (Brooklyn, NY)
Andreas Hielscher (Brooklyn, NY)
James M. Masciotti (Hartsdale, NY)
Christoph H. Schmitz (Brooklyn, NY)
Mathew Schoenecker (Berkeley, CA)
11/106348 The Trustees of Columbia University in the City of New York (New York, NY)
The Research Foundation of State University of New York (Albany, NY)
International Classification: G01B 11/02, G01B 9/02U.S. Classification: 356497, 356479
Abstract:
The present invention provides systems, methods and apparatuses that perform digital detection for use in optical tomography. Methods and systems are provided in which digital lock-in detection is performed using an algorithm that employs a phase-independent quadrature technique. Methods and systems are provided in which a unique manipulation of an ordinary averaging filter optimized for sources discrimination and the consequent sampling constraints is presented as a novel filtering scheme for the lock-in detection. Systems and apparatuses are provided which include a digital signal processor which performs digital lock-in detection and an integrated complex programmable logic device for timing control. Apparatuses are provided which include an instrument having an integrated digital signal processor for performing digital processing and detection for use in optical tomography.

Configuration Sizer For Selecting System Of Computer Components Based On Price/performance Normalization

United States Patent InventorAppl. No.Assignee

#6192470  Feb 20, 2001

Filed: Jul 29, 1998

Keith L. Kelley (Houston, TX)
Charles A. Bartlett (The Woodlands, TX)
Manoj J. Varghese (Cypress, TX)
Christoph Schmitz (Tomball, TX)
9/126024 Compaq Computer Corporation (Houston, TX)
International Classification: G06F 1576U.S. Classification: 713 1
Abstract:
A computer system is implemented according to the invention when an computer process allows a user to determine a desired computer configuration by in part determining performance relative to price candidate configurations.

Configuration Sizer For Determining A Plurality Of Price Values And Performance Values For A Plurality Of Candidate System Configurations And Displaying Them For User Selection

United States Patent InventorAppl. No.Assignee

#6578141  Jun 10, 2003

Filed: Jan 19, 2001

Keith L. Kelley (Houston, TX)
Charles A. Bartlett (The Woodlands, TX)
Manoj J. Varghese (Cypress, TX)
Christoph Schmitz (Tomball, TX)
09/766051 Compaq Information Technologies Group, L.P. (Houston, TX)
International Classification: G06F 15177U.S. Classification: 713 1, 705 26
Abstract:
A computer system is implemented according to the invention when an computer process allows a user to determine a desired computer configuration by in part determining performance relative to price candidate configurations.
Claim:
We claim: 1. A method of evaluating candidate system configurations, comprising the steps of: determining a plurality of relative performance values for a plurality of candidate system configurations; determining a plurality of relative price values for the plurality of candidate system configurations; and displaying a list of the plurality of candidate system configurations including the plurality of relative performance values and the plurality of relative price values. 2. The method of claim 1, wherein the plurality of relative performance values are determined based on response time of the plurality of candidate system configurations. 3. The method of claim 1, wherein the plurality of relative performance values are determined based on processor utilization of the plurality of candidate system configurations. 4. The method of claim 1, wherein the plurality of relative performance values are determined based on cache hit ratios of the plurality of candidate system configurations. 5. The method of claim 1, wherein the plurality of relative performance values are determined based on input/output transaction rates of the plurality of candidate system configurations. 6.

Process For Manufacturing Disposable Absorbent Cores, And An Apparatus For Performing The Process

United States Patent InventorAppl. No.Assignee

#6736923  May 18, 2004

Filed: Jan 31, 2002

Dirk Franzmann (Cincinnati, OH)
Christoph Johann Schmitz (Cincinnati, OH)
09/979495 The Procter Gamble Company (Cincinnati, OH)
International Classification: B32B 3100U.S. Classification: 156265, 156270, 156301, 156302, 156512, 156519, 156552, 156559
Abstract:
This invention provides a process and apparatus ( ) for the manufacture of disposable absorbent cores from a continuous web ( ), wherein a plurality of first and second core elements ( ) are cut from the same continuous web ( ). The object of the invention is achieved by rotating each of first and second core elements ( ) about axes perpendicular to the plane of the core element and subsequently combining a first core element ( ) and a second core element ( ) in proximal relationship to form the absorbent core. Preferably each of the first and second core elements ( ) are rotated through 90Â° in mutually counter-rotating directions.
Claim:
What is claimed is: 1. A process wherein each of the first and second core elements (40a, 40b) are rotated through 90° in mutually counter-rotating directions. 2. A process according to claim 1 wherein the continuous web (40) is made from air-laid fibers or foam. 3. A process for the manufacture of disposable absorbent cores from a continuous web (40), wherein a plurality of first and second core elements (40a, 40b), are cut from the same continuous web (40), characterised in that the absorbent core is formed by rotating each of the first and second core elements (40a, 40b) about axes (A) perpendicular to the plane of the core element (40a, 40b) and subsequently combining a first core element (40a) and a second core element (40b) in proximal relationship to form the absorbent core wherein a receiving web (1) is fed relative to a stationary frame (35) along an upstream trajectory (3), a downstream trajectory (5), and an intermediate trajectory (7a, 7b, 7c) comprised between the upstream trajectory (3) and the downstream trajectory (5), the web (1) having along the upstream trajectory (3) and along the downstream trajectory (5) a substantially constant speed of transport, wherein the receiving web (1) runs along an upstream and a downstream guide roller (9, 11) that are translationally stationary relative to the frame (35) and along an upstream and downstream transport roller (13, 15) that are periodically displaced relative to the guide rollers (9, 11) around a transfer position (39), and wherein the discrete core elements (40a, 40b) are applied to the receiving web (1) when it is at the transfer position. 4. A process according to claim 3 wherein the periodic displacement of the transport rollers (13, 15) around the transfer position occurs at a frequency of between 1 Hz and 100 Hz. 5. A process according to claim 3 wherein the receiving web (1) comprises either a liquid-pervious topsheet or a liquid impervious backsheet. 6.

System And Method For Tomographic Imaging Of Dynamic Properties Of A Scattering Medium

United States Patent InventorAppl. No.Assignee

#6795195  Sep 21, 2004

Filed: Aug 29, 2002

Randall L. Barbour (Glen Head, NY)
Christoph H. Schmitz (Brooklyn, NY)
10/088254 Research Foundation of State University of New York (Albany, NY)
International Classification: G01N 2147U.S. Classification: 356446
Abstract:
A system and method for the detection and three dimensional imaging of absorption and scattering properties of a medium such as human tissue is described. According to one embodiment of the invention, the system directs optical energy toward a turbid medium from at least one source and detects optical energy emerging from the turbid medium at a plurality of locations using at least one detector. The optical energy emerging from the medium and entering the detector originates from the source is scattered by the medium. The system then generates an image representing interior structure of the turbid medium based on the detected optical energy emerging from the medium. Generating the image includes a time-series analysis.
Claim:
What is claimed is: 1. A system for use in tomographic imaging of a scattering medium, comprising: a plurality of energy sources, each energy source emitting a respective signal for imaging the scattering medium; wherein the plurality of energy sources emit their respective signals sequentially and the respective signals are scattered by the scattering medium and emerge from the scattering medium; and a plurality of detectors for detecting the respective signals that emerge from the scattering medium for use in measuring dynamic properties of the scattering medium in a time series of images using optical tomography. 2. The system of claim 1, further comprising: an imaging head on which the energy sources and the detectors are arranged; wherein the energy sources and the detectors are arranged in a plurality of linear arrays to enable reconstruction of a corresponding plurality of 2-D images of the scattering medium. 3. The system of claim 1, further comprising means for adjusting a gain of at least one of the detectors, when the at least one of the detectors detects the respective signal from one of the energy sources, according to a position of the one of the energy sources. 4. The system of claim 1, further comprising at least one sample-and-hold circuit for freezing the respective signals detected by the detectors to enable a simultaneous readout of the respective signals detected by the detectors. 5.

Systems And Methods For Updating Field Replaceable Units

United States Patent InventorAppl. No.Assignee

#7603585  Oct 13, 2009

Filed: Apr 7, 2007

Jay C. Brinkmeyer (Colorado Springs, CO)
Thomas D. Rhodes (The Woodlands, TX)
Christoph L. Schmitz (Tomball, TX)
Peter Hansen (Cypress, TX)
11/697717 Hewlett-Packard Development Company, L.P. (Houston, TX)
International Classification: G06F 11/00U.S. Classification: 714 30
Abstract:
Systems and methods for updating at least one field replaceable unit (FRU) are disclosed. In an exemplary embodiment the method may comprise generating a virtual image of a FRU ID for each FRU to be updated. The method may also comprise storing the virtual image separate from the FRU ID. The method may also comprise providing a handle to the virtual image so that updated information is retrieved from the virtual image when the FRU is accessed.

Systems And Methods For Digital Detection Of A Tomographic Signal

United States Patent InventorAppl. No.Assignee

#7728986  Jun 1, 2010

Filed: Oct 24, 2008

Joseph M. Lasker (New York, NY)
Andreas H. Hielscher (Brooklyn, NY)
James Masciotti (Yonkers, NY)
Christoph H. Schmitz (Brooklyn, NY)
Matthew Schoenecker (Berkeley, CA)
12/257825 The Trustees of Columbia University in the City of New York (New York, NY)
The Research Foundation of State University of New York (Albany, NY)
International Classification: G01B 9/02, G01B 11/02U.S. Classification: 356497, 356479
Abstract:
Systems and methods for digital detection of an analog tomographic signal are described. The methods include receiving an amplitude-modulated analog signal containing tomographic information, the analog signal having a modulation frequency, f; and converting the analog signal into a digital signal at a sampling frequency, f, to produce a number of samples, K. The digital signal is multiplied by an in-phase reference signal to obtain an in-phase signal component, the in-phase reference signal having the frequency, fλi; and the digital signal is multiplied by a quadrature reference signal to obtain a quadrature signal component, the quadrature reference signal having the frequency, f. The in-phase signal component and the quadrature signal component are passed through the K-point averaging filter. A signal amplitude is computed based on the filtered in-phase signal component and the filtered quadrature signal component, the signal amplitude being representative of the tomographic information.

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Christoph Schmitz Historical Name Popularity

Name Popularity for Christoph Schmitz (Percent of Births)00.010.020.030.040.050.060.070.080.090.10.110.120.130.140.150.1600.0020.0040.0060.0080.010.0120.0140.0160.0180.020.0220.0240.0260.0280.0319001905191019151920192519301935194019451950195519601965197019751980198519901995First Name: ChristophLast Name: Schmitz
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Christoph Schmitz Most Popular States

First Name: ChristophOther 41.6%CA 10.2%TX 8.5%FL 7.4%NY 7.0%OH 5.2%MA 4.1%IL 3.8%MI 3.2%NJ 3.1%GA 3.0%NC 2.9%
Last Name: SchmitzOther 31.2%MN 15.0%WI 13.3%CA 6.7%IL 5.5%IA 5.3%FL 4.4%OH 4.4%MO 4.2%TX 4.2%NY 3.3%MI 2.5%
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Christoph Schmitz Most Popular Professions

First Name: ChristophGeneral PractitionerChief Executive OfficerCorporate ExecutiveDoctor of MedicineComputer Software ProfessionalInformation Technology SpecialistVice PresidentOwnerManagerDirector071421283542495663 Last Name: SchmitzHospital Care ProfessionalFinance and Accounting SpecialistCounselorLicensed Real Estate BrokerProperty ManagerAccounting BookkeeperClient Service OfficerDirectorManagerOwner04080120160200240280320360
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