Logic-temporal functions processing for object recognition

Abstract

The realization of logic-temporal functions processing in eye-processor type device is considered in the given paper. The KVP-transformations principle was offered to be used for this purpose. It permits to treat any incoming signals and form a unified function for making final decision regarding object identification. This approach will be realized by means of signals transformation into logic-temporal functions. Complex mathematical operations with logic-temporal functions are also considered. Derivation and integration of logic-temporal functions, influence operator formation can be considered as such operations. All operations with logic-temporal functions are suggested to be realized by means of quantronum-automata. They are multi-dimensional threshold devices and allow to process signals with a great number of parameters.