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Communication Dans Un Congrès Année : 1991

A digital CMOS fully connected neural network with in-circuit learning capability and automatic identification of spurious attractors

Résumé

Summary form only given. An electronic implementation of a completely connected feedback network, containing 64 neurons, is considered. The technology is fully digital CMOS, with binary neurons and 9-bit-wide signed synaptic coefficients. The architecture trades off connectivity versus speed by implementing a linear systolic loop, in which each neuron locally stores its own synaptic coefficients. The authors have first implemented internal learning capabilities. They used the Widrow-Hoff rule, which converges towards the projection rule by iteration, thus allowing partial correlation between prototypes and a higher capacity compared to the Hebb rule. They have also implemented an internal mechanism for detecting relaxations on spurious states. The combination of these two properties gives the network a rather high degree of autonomy, making unnecessary the use of an external computer for tasks other than just writing or reading data and asserting simple control signals.
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Dates et versions

hal-00700101 , version 1 (22-05-2012)

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Citer

J.D. Gascuel, M. Weinfeld. A digital CMOS fully connected neural network with in-circuit learning capability and automatic identification of spurious attractors. Neural Networks, 1991., IJCNN-91-Seattle International Joint Conference on, Jul 1991, Seattle, United States. pp.923, ⟨10.1109/IJCNN.1991.155576⟩. ⟨hal-00700101⟩
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