Problem 2. The following figure shows the final weight vectors of a self-organizing map that has...

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Problem 2. The following figure shows the final weight vectors of a self-organizing map that has been trained on two-dimensional input vectors which were drawn from a uniform distribution over the triangular area. Lines between units (represented by dots) connect topological neighbors. Draw the diagram of the network that has undergone such self-organization. Specify the elements of the network and their connections (no detailed values are needed). W₁2 Wil Problem 2. The following figure shows the final weight vectors of a self-organizing map that has been trained on two-dimensional input vectors which were drawn from a uniform distribution over the triangular area. Lines between units (represented by dots) connect topological neighbors. Draw the diagram of the network that has undergone such self-organization. Specify the elements of the network and their connections (no detailed values are needed). W₁2 Wil