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Neuron Type Processor Modeling Using Timed Petri Net.

Habib, Mahmoud K.; Newcomb, Robert W.

In: IEEE Transactions on Neural Networks, Vol. 1, No. 4, pages 282-289. December 1990.

Abstract: In this paper the timed Petri net is utilized to produce a model for digital neuron typ processor (NTP). The timed Petri net of the NTP sequentially takes on a series of distinct internal states, such that each of these states can concurrently realize a distinct set of steering switching functions. This model is structured using several subnets, called essential module units. Depending on the desired number of input dendrites required for the NTP, the essential module units are interconnected to produce the required timed Petri net. The timed Petri net representation facilitates the analysis of neural networks containing NTP's.

Keywords: (digital) neuron type processor modelling (using) timed net; subnet, (called) essential module unit.

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