Design and Simulation of Time-Pulse Coded Optoelectronic Neural Elements and Devices

Abstract

Creation of intellectual systems is impossible without creation of proper tools, proper microand macroelement bases (Krasilenko et al., 1995, a; Krasilenko & Magas, 1999). So as any concrete technical decision is a compromise between many contradictory requirements taking into account solvable tasks, the creation of universal, effective, neural module as a macroelement base for neurobiologic (Krasilenko et al., 2002, a; Krasilenko et al. , 2001, a) is, probably, the future task. At the same time, searches for ways of creation of multifunction devices which work on new mathematical, logical, hybrid, neural, neural-fuzzy bases and others like that, especially on the basis of the biologically explained conceptions, will always be actual (Krasilenko et al., 2002, a; The strategic direction of solution of various scientific problems, including the problem of creation of artificial intelligence (AI) systems, human brain simulators, robotics systems, monitoring and control systems, decision-making systems, as well as systems based on artificial neural networks, etc., becomes fast-acting and parallel processing of large arrays (2D) of data using non-conventional computational systems, matrix logics (multi-valued, signed-digit,