

![0_image_0.png](0_image_0.png)

In case of Asthma: ∑SiWi=2.6, ∑ (Smajor)j(Wmajor)j = 0, Maxth=3.3, Minth=0.2 and Cf = 4 According to the Equation 3.1, 

$$0\ \%\ \ \ +$$
$$=81.419\%$$
100 % + 4 *
$\begin{array}{c}\includegraphics[height=36.135pt]{28.eps}\end{array}$  $\begin{array}{c}\includegraphics[height=36.135pt]{28.eps}\end{array}$ 
 = 81.419% 
In case of Bronchitis: ∑SiWi=2.6, ∑(Smajor)j(Wmajor)j = 0, Maxth=4.5, Minth=0.8 and Cf = 0 According to the Equation 3.1, 

According to the Equation 3.1,  $$\begin{array}{c}\text{Prob}_{\text{-Bronchtist}}=\frac{2.6\text{-}0\text{-}0.8}{4.5\text{-}0.2}\quad\quad\ast100\text{\%}\quad+\quad0\text{\%}\\ \end{array}$$
$$=48.648{\frac{\mathrm{eV}}{\mathrm{eV}}}$$
 =48.648% 
In case of Asthma: ∑SiWi=0.9, ∑(Smajor)j(Wmajor)j = 0, Maxth=3.6, Minth=0.4 and Cf = 0 According to the Equation 3.1, 

$$(W_{\mathrm{major}})_{\mathrm{j}}\ =$$
  \begin{tabular}{c c c} \hline \multirow{2}{*}{Prob.Pneumonia} = & 0.9 - 0 - 0.4 \\ \cline{2-3}  & 3.6-0.4 \\ \cline{2-3}  & =15.625\% \\ \hline \end{tabular}  
$${\mathfrak{)}}+\Sigma\,{\mathfrak{C}}$$

 The following chart (Fig. 3) gives a quick overview of the confidence level of the proposed system with real time diagnosis. The bar on right for every disease indicates the confidence level of our system without having observation on any pathological test results. And the bar on left shows the full confidence of diagnosis in real time with observing all necessary pathological tests. In our system the confidence level decreases with the increase of number of pathological tests needed. 

![0_image_1.png](0_image_1.png)

