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Applied mathematics / Theoretical computer science / Logic / Electronic design automation / Mathematical induction / Proof theory / Mathematical proof / Formal verification / And-inverter graph / Mathematics / Mathematical logic / Formal methods


Speculative Reduction-Based Scalable Redundancy Identification
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Document Date: 2009-05-13 19:49:55


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City

Speculative Reduction / Austin / /

Company

IBM / CNF / AIG / Mony1 Jason Baumgartner1 Alan Mishchenko2 1 IBM Systems / AQUILA / /

Facility

University of California / /

IndustryTerm

proof algorithms / redundancy identification algorithms / verification algorithm / verification algorithms / abstraction algorithms / heavier-weight algorithms / heavier-weight proof algorithms / Post-processing / internal verification tool / turn enabling sharing-aware logic rewriting algorithms / /

Organization

Department of EECS / University of California / Berkeley / /

Person

J. Baumgartner / V / A. Kuehlmann / V / Dong Wang / Shi-Yu Huang / H. Mony / V / /

Position

candidate and the representative / representative / /

ProvinceOrState

Manitoba / California / /

Technology

verification algorithms / heavier-weight proof algorithms / verification algorithm / 2.1GHz processor / redundancy identification algorithms / turn enabling sharing-aware logic rewriting algorithms / simulation / abstraction algorithms / heavier-weight algorithms / /

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