engleski

Discrete Time Neural Networks Synthesis Using Interaction Activation Functions

A new structure of discrete time neural networks is proposed. For this purpose the following concepts are used: (i) an introduction of an interaction activation functions, (ii) input time-varying signal distribution, (iii) time discrete domain synthesis, and (iv) one step learning iteration procedure. Simulation results, based on the synthesis of a new structure of recurrent neural network of an universal logical unit are presented. The proposed neural network synthesis procedure is useful for applications to identification and control of nonlinear dynamics systems, like industrial robots.

Neural Networks; Discrete Time Synthesis; Interaction Activation Functions

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