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Restricted Clustered Neural Network for Storing Real Data

R. Danilo, V. Gripon, P. Coussy, L. Conde-Canencia and W. J. Gross, "Restricted Clustered Neural Network for Storing Real Data," in proceedings of GLSVLSI conference, pp. 205--210, May 2015.

Associative memories are an alternative to classical indexed memories that are capable of retrieving a message previously stored when an incomplete version of this message is presented. Recently a new model of associative memory based on binary neurons and binary links has been proposed. This model named Clustered Neural Network (CNN) offers large storage diversity (number of messages stored) and fast message retrieval when implemented in hardware. The performance of this model drops when the stored message distribution is non-uniform. In this paper, we enhance the CNN model to support non-uniform message distribution by adding features of Restricted Boltzmann Machines. In addition, we present a fully parallel hardware design of the model. The proposed implementation multiplies the performance (diversity) of Clustered Neural Networks by a factor of 3 with an increase of complexity of 40%.

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Bibtex
@inproceedings{DanGriCouConGro20155,
  author = {Robin Danilo and Vincent Gripon and
Philippe Coussy and Laura Conde-Canencia and Warren J.
Gross},
  title = {Restricted Clustered Neural Network for
Storing Real Data},
  booktitle = {proceedings of GLSVLSI conference},
  year = {2015},
  pages = {205--210},
  month = {May},
}




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