03 04 05 Use the Graph Given below to answer the following questions: (1,3,4] b) A...

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03 04 05 Use the Graph Given below to answer the following questions: (1,3,4] b) A [2,3,4] B [1,2,4] a) Calculate the attention value between two nodes (A,B) i. Input for attention calculation: (4 marks) Generate node feature by one-hot encoding Output length of node feature set after transformation is 8 Initialize W and attention parameter(a) matrix with integer value between 2 to 4 only Use SoftMax normalize for attention value. Calculate the Node feature set of A after 1st iteration as per GAT b) only e Use Soft Max normalize for attention value. Calculate the Node feature set of A after 1st iteration as per GAT 1. Input: e ● Let attention between (A,B) = 0.32 and attention between (A,C) = .45 Use one-hot encoding to generate node feature vector Output size of feature set is 6 Max value is Permutation invariant function (4 marks) 03 04 05 Use the Graph Given below to answer the following questions: (1,3,4] b) A [2,3,4] B [1,2,4] a) Calculate the attention value between two nodes (A,B) i. Input for attention calculation: (4 marks) Generate node feature by one-hot encoding Output length of node feature set after transformation is 8 Initialize W and attention parameter(a) matrix with integer value between 2 to 4 only Use SoftMax normalize for attention value. Calculate the Node feature set of A after 1st iteration as per GAT b) only e Use Soft Max normalize for attention value. Calculate the Node feature set of A after 1st iteration as per GAT 1. Input: e ● Let attention between (A,B) = 0.32 and attention between (A,C) = .45 Use one-hot encoding to generate node feature vector Output size of feature set is 6 Max value is Permutation invariant function (4 marks)