Question: Consider the dataset described in Table 1 . The data consists of clinical data about several patients, relating four features ( Hypertension , Cholesterol level,
Consider the dataset described in Table The data consists of clinical data about several patients, relating four features Hypertension Cholesterol level, Smoking and Weight with the existence of coronary disease.
Table : Dataset with clinical data.
tablePat NHypertension,Cholesterol Lev.,Smoker,Weight,Coronary Dis.ID"Yes","Normal","No"Overweight","Yes"IDNo"Normal","Yes","Normal","NoIDNo"Critical","No"Overweight","Yes"IDNo"High","Yes","Overweight","Yes"ID"Yes","Critical","Yes","Obese","Yes"ID"Yes","High","Yes","Normal","Yes"IDNo"High","No"Obese","NoID"Yes","Normal","Yes","Normal","Yes"ID"Yes","Critical","No"Obese","Yes"IDNo"Normal","No"Overweight","NoIDNo"Critical","Yes","Normal","Yes"ID"Yes","High","No"Overweight","NoID"Yes","Normal","Yes","Overweight","Yes"ID"Yes","High","No"Obese","NoID"Yes","Normal","Yes","Obese","Yes"IDNo"Normal","Yes","Overweight","Yes"ID"Yes","High","Yes","Obese","Yes"ID"Yes","High","No"Normal","No
a Apply SVM classifier on the above data using Matlab ie using "fitcsvm" function or Python. with RBF kernel, and hold out training, testing
b Find the confusion matrix.
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