Figure 1:
Architecture of the proposed neural comparator, with intermediate layers x(2) and x(3) and output x(4). The comparator autonomously learns to compare the inputs y and z. The output is close to zero when the two inputs are
            identical or correlated and close to unity when they are different or uncorrelated.

Architecture of the proposed neural comparator, with intermediate layers x(2) and x(3) and output x(4). The comparator autonomously learns to compare the inputs y and z. The output is close to zero when the two inputs are identical or correlated and close to unity when they are different or uncorrelated.

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