hardware design, formal methods, mathematical logic systems
As hardware designs grow in size and complexity, current design methods are proving less adequate. Current methods for specification, design, and test are typically empirical or informal, that is, they are based on experience and argument. Formal methods are solidly based on mathematical logic systems and precise rules of inference. Formal methods offer a discipline which complements current methods so designers can successfully meet the demand for high performance systems. Formal methods covers a broad and diverse set of techniques aimed at improving computer correctness. This paper explains the role of specifications and implementation models in formal methods, and different approaches to proving their correspondence. We refer to excellent overview papers and cite some recent successful examples of using formal methods in hardware design.
Original Publication Citation
P. Black, K. Hall, M. Jones, T. Larson and P. Windley, "A Brief Introduction to Formal Methods," IEEE Custom Integrated Circuits Conference, 1996.
BYU ScholarsArchive Citation
Black, Paul E.; Hall, Kelly M.; Jones, Michael D.; Larson, Trent N.; and Windley, Phillip J., "A Brief Introduction to Formal Methods" (1996). All Faculty Publications. 1147.
Physical and Mathematical Sciences
© 1996 Institute of Electrical and Electronics Engineers
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