Abstract
The aim of this paper is to outline a new approach in the digital realization of Boolean Neural Networks. It is based on Programmable Gate Array technology (PGA). Each cell in the gate array performs the binary addition/subtraction function. Space iteration of such digital circuit enables the calculation of all output functions of neurons in the network. the topology of the network influences the connections between neurons and therefore the connections in PGA. This approach offers definite advantages over other solutions. Regular architectures with full connectivity, modularity of completely digital circuits, and possible use of programming support are some of the most important features of the proposed digital realization.
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