Difference between autoassociative and heteroassociative net
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*the inputs and output vectors s and t are the same.
*.The Hebb rule is used as a learning algorithm or calculate the weight matrix by summing the outer products of each input-output pair
*.The autoassociative application algorithmis used to test the algorithm
Hetero associative.
*The inputs and output vectors s and t are different.
*.The Hebb rule is used as a learning algorithm or calculate the weight matrix by summing the outer products of each input-output pair.
*.The heteroassociative application algorithm is used to test the algorithm.
*.The Hebb rule is used as a learning algorithm or calculate the weight matrix by summing the outer products of each input-output pair
*.The autoassociative application algorithmis used to test the algorithm
Hetero associative.
*The inputs and output vectors s and t are different.
*.The Hebb rule is used as a learning algorithm or calculate the weight matrix by summing the outer products of each input-output pair.
*.The heteroassociative application algorithm is used to test the algorithm.
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The difference between autoassociative and heteroassociative networks is:
Autoassociative Networks:
- Autoassosiative networks are special kind of networks used to simulate associative processes.
- These are acheived through interaction of set of simple processing elements which are connected through weighted connections.
- They are capable to retrieve piece of data with the partial information and also capable for remembering from small portion of data.
Heteroassociative Networks:
- Heteroassociative networks stores input-output pattern pairs to recall stored output pattern by receiving noisy or incomplete version.
- In each of the pairs, an input pattern should differ from an output pattern.
- In this basic logical operations are used to determine associations among common and special features of reference patterns.
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