Multifunctional automaton for computation of disordered Boolean functions

One of the promising directions in the complex control and data processing system design is the development of specialized processors for large data arrays with an internal performance of the order of 2 × 10⁸ operations per second and the modeling of complex systems executing in parallel and simultaneously complex operations in real time. The relevant nonrecurrent Boolean functions for these systems have been classified previously where multifunctional logic modules (MLM) realizing ordered Boolean functions from the given class were also described. By MLM (module) is meant an adjustable automaton whose output values depend only on the values of its input signals. The present work describes an MLM for computation of disordered functions.