Efficient Verification of VLSI Circuits Based on Syntax and Denotational Semantics

The work

AuthorsFilip Van Aelten
Editors
Typetechreport
Year1989
Citekeyvanaelten1989efficient

Where it appeared

PublisherMIT Research Laboratory of Electronics
Number in seriesRLE Technical Report No. 546
SchoolMIT Research Laboratory of Electronics

Related

Distinct fromvanaelten1989efficientimec

From bibtex.

Abstract

A fully automatic circuit verification system takes in a circuit description and a specification of its behavior, and checks whether the circuit behaves as specified. Existing verification systems follow one of two approaches: a deductive approach, based on a formal logic, or a rewrite rule approach, which starts from knowledge about how transistors work, and goes straight but slowly from premises to conclusions. I present a new, more efficient approach, which incorporates large scale knowledge about VLSI circuits in a coherent fashion. The approach is based on the denotational method for defining the semantics of a programming language. A circuit is parsed according to a circuit grammar, and the resulting parse tree is mapped into a behavioral description which is matched with the user supplied specification. The new strategy is implemented in the program Semanticist.

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Added2026-10-05 22:03 UTC
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Cite it as

@techreport{vanaelten1989efficient,
  title        = {Efficient Verification of VLSI Circuits Based on Syntax and Denotational Semantics},
  author       = {Filip Van Aelten},
  year         = {1989},
  publisher    = {MIT Research Laboratory of Electronics},
  school       = {MIT Research Laboratory of Electronics},
}

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