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Protocol proof checking simplified with SMT Mark R. Tuttle Strategic CAD Lab Intel Corporation Hudson, MA
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Document Date: 2012-07-27 11:30:00


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File Size: 218,27 KB

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City

Manchester / /

Company

Cambridge University Press / Infinite State Systems / MIT Press / Oracle / T. Nipkow L. C. / M. J. Fischer N. A. / Intel / John Wiley & Sons / R. Tuttle Strategic CAD Lab Intel Corporation / Amit Goel Strategic CAD Lab Intel Corporation / /

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Event

Product Issues / /

IndustryTerm

classical protocol / formal verification technology / trivial solution / it easy to describe protocols / computing / model checking protocols / cache coherence protocol / cache coherence protocols / transition systems / start_computing / consensus protocol / /

Organization

Intel’s Strategic CAD Lab / Cambridge University / MIT / Strategic CAD Lab and Security Research Lab / Strategic CAD Lab / /

Person

Murali Talupur / Rebekah Leslie / Morgan Kauffman / Sava Krsti / L. Groves / V / Jim Grundy / /

Position

author / guard / designer / first author / Proof Assistant / protocol designer / second author / /

Product

nodes / process / node / /

PublishedMedium

Journal of the ACM / Formal Aspects of Computing / Lecture Notes in Computer Science / /

Technology

consensus protocol / company protocols / cache coherence protocols / formal verification technology / underlying SMT technology / model checking protocols / formally proving protocols / simulation / FLASH cache coherence protocol / SMT technology / The consensus protocol / classical protocol / CAD / /

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