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Unpublished Paper
Candidate Subcircuit Generation to Facilitate Identification of High-Level Components in Logic Circuits
Computer Science and Engineering Faculty Publications
  • Jennifer L. White
  • Travis E. Doom, Wright State University - Main Campus
  • Anthony S. Wojcik
  • Moon-Jung Chung
  • Greg Chisholm
Document Type
Report
Publication Date
12-1-1997
Disciplines
Abstract

Recovering the design of a circuit involves raising the level of abstraction from a flat netlist to a more easily understood modular level. Efficient algorithms exist to locate gate clusters (subcircuits) that are syntactically equivalent to known modules, but such technology will fail to match semantically equivalent subcircuits that differ in implementation. This paper discusses the problem of generating the candidate subcircuits so that their equivalence to a known high level module can be examined.

Comments

Technical Report MSU-CPS-97-48

Citation Information
Jennifer L. White, Travis E. Doom, Anthony S. Wojcik, Moon-Jung Chung, et al.. "Candidate Subcircuit Generation to Facilitate Identification of High-Level Components in Logic Circuits" (1997)
Available at: http://works.bepress.com/travis_doom/30/