Design and multiaspect functionality realization of hybrid intelligent control systems via generalized nets

Abstract

A new approach for design and self-organization of complex hierarchical control systems is proposed. Using the constructive abilities of the Generalized Nets (GNs), a situation-based control is accepted in order to integrate business, operational and control functions. The main alternation is paid in organization and coordination of a big number of structured parallel procedures aiming choice of optimal, or at least rational, control strategy, current structure, algorithms and tuning parameters for each possible real life situation, covering the full range of technological, business environmental and safety conditions and requirements.