Automated Evolutionary Design of Fault-Tolerant Logic Circuits
S. V. Gavrilov, Dmitry Vladimirovich Telpukhov · Problems of advanced micro- and nanoelectronic systems development · 2019
Currently, fault tolerance of electronic equipment requires special attention.Application field of integrated circuits expands; at the same time, permissible limits of destabilizing effects, which increase vulnerability of integrated circuits, grow.It is often necessary to take into account requirements for fault tolerance and apply various methods and tools for developing the most stable circuits as early as at the design stage.As the result, there is a large demand for design automation tools for failure-and faulttolerant integrated circuits.This paper presents a method for combinational circuits synthesis based on general principles of evolutionary algorithms.This method allows synthesizing comparatively small logic circuits that are resistant to random failures induced by hits of heavy charged particles.