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Consider a 2D plane with these datapoints and class labels. X1 X2 Class 3    4      -1 1    4      -1 2    3      -1 6    -1      1 7    -1      1 5    -3      1 2.1 Create the linear decision boundary to separate these two classes using SVM logic. 2.2 Identify the value of slope and intercept. 2.3 Declare your support vectors.  2.4 Comment on the generalisation of your boundary.

Consider a 2D plane with these datapoints and class labels. X1 X2 Class 3    4      -1 1    4      -1 2    3      -1 6    -1      1 7    -1      1 5    -3      1 2.1 Create the linear decision boundary to separate these two classes using SVM logic. 2.2 Identify the value of slope and intercept. 2.3 Declare your support vectors.  2.4 Comment on the generalisation of your boundary.

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Consider a 2D plane with these datapoints and class labels.

X1 X2 Class

3    4      -1

1    4      -1

2    3      -1

6    -1      1

7    -1      1

5    -3      1

2.1 Create the linear decision boundary to separate these two classes using SVM logic.

2.2 Identify the value of slope and intercept.

2.3 Declare your support vectors. 

2.4 Comment on the generalisation of your boundary. 

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