To improve the reliability of spaceborne electronic systems, a fault-tolerant strategy of
selective triple modular redundancy (STMR) based on multi-objective optimization and …

A new approach for the evolutionary design of combinational logic circuits using Genetic
Algorithm and 2-1 multiplexers is presented. Binary multiplexer is the only design unit used …

Conventional design of digital circuits is a very complex task which requires much
knowledge in domain-specific rules. But, combinational digital circuits can be evolved …

Evolutionary Algorithm (EA) methods are proved more effective for solving complex digital
circuit design problems and evaluating the fitness of combinational circuits. They optimize …

This paper presents a new approach to the design of combinational digital circuits with
multiplexers using Evolutionary techniques. Genetic Algorithm (GA) is used as the …

A new Genetic Algorithm based approach to the design of combinational logic circuits which
uses only 2-1 multiplexers as the basic design unit has been proposed. To realize a function …

A Genetic Algorithm based optimization technique for the design of combinational logic
circuits using Universal logic Modules, 2-1 multiplexer or 2-1 Reed Muller block is proposed …

Evolutionary Multi-objective optimization using Genetic Algorithms (GA) are proven more
powerful and efficient methods for optimization of complex digital circuit problems. In this …

This paper presents a structure for a fast generic simulator for combinational logic circuits,
intended for use with genetic algorithm (GA) multi-objective optimization. A modular …

This paper presents a new approach to the design of combinational digital circuits with
multiplexers using Genetic Algorithm (GA). The only design unit used is 2-1 multiplexers for …