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SPHINX is a design verification tool for asynchronous circuits and systems which has the capability of verifying speed independence and conformance of asynchronous circuits to their specifications. The original source code of this project is reposited as-is on Github. For more information about this project please visit: http://async.usc.edu/ind…

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vidavakil/Sphinx_Hierarchical_Formal_Verification

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Sphinx

SPHINX is a design verification tool for asynchronous circuits and systems which has the capability of verifying speed independence and conformance of asynchronous circuits to their specifications. The tool was developed at the USC Asynchronous CAD Group by Vida Vakilotojar as part of her Ph.D. dissertation under the guidance of Dr. Peter A. Beerel.

SPHINX uses the Generic Utilities package of VIS, and in particular the CU Decision Diagram package.

For more information about this project please visit: http://async.usc.edu/index.php/research/8-research/8-sphinx

The original source code of this project is hereby reposited on Github as-is.

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SPHINX is a design verification tool for asynchronous circuits and systems which has the capability of verifying speed independence and conformance of asynchronous circuits to their specifications. The original source code of this project is reposited as-is on Github. For more information about this project please visit: http://async.usc.edu/ind…

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