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Synthesis of logic circuits with evolutionary algorithms

By JAKE S. JONES and GEORGE S. DAVIDSON

Abstract

In the last decade there has been interest and research in the area of designing circuits with genetic algorithms, evolutionary algorithms, and genetic programming. However, the ability to design circuits of the size and complexity required by modern engineering design problems, simply by specifying required outputs for given inputs has as yet eluded researchers. This paper describes current research in the area of designing logic circuits using an evolutionary algorithm. The goal of the research is to improve the effectiveness of this method and make it a practical aid for design engineers. A novel method of implementing the algorithm is introduced, and results are presented for various multiprocessing systems. In addition to evolving standard arithmetic circuits, work in the area of evolving circuits that perform digital signal processing tasks is described

Topics: Research Programs, 42 Engineering, Computer-Aided Design, Algorithms, Logic Circuits
Publisher: Sandia National Laboratories
Year: 2000
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Provided by: UNT Digital Library
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