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NP-complete problems / Logic in computer science / Exponential time hypothesis / 2-satisfiability / Boolean satisfiability problem / Conjunctive normal form / Time complexity / Parameterized complexity / Dominating set / Theoretical computer science / Computational complexity theory / Applied mathematics


On the possibility of faster SAT algorithms Mihai Pˇatra¸scu∗ AT&T Labs Florham Park, NJ Ryan Williams†
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Document Date: 2009-11-12 23:47:30


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IBM / CNF / AT&T / /

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IBM Almaden Research Center / Carnegie Mellon University / NJ Ryan Williams† IBM Almaden Research Center / /

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sub-quadratic time algorithm / brute-force search / linear time algorithm / computable protocols / satisfiability algorithms / set algorithm / sublinear communication protocol / computable nondeterministic protocols / deterministic algorithm / m-bit communication protocol / natural reachability algorithm / brute-force algorithm / trivial algorithm / search problems / /

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National Science Foundation / NJ Ryan Williams† IBM Almaden Research Center San Jose / Carnegie Mellon University / /

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Bang & Olufsen Form 2 Headphone/Headset / Sonim XP1 Cellular Phone / Grolmusz / /

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m-bit communication protocol / satisfiability algorithms / sublinear communication protocol / brute-force algorithm / known algorithms / time algorithm / trivial algorithm / implied k-SAT algorithm / deterministic algorithm / dominating set algorithm / linear time algorithm / improved algorithm / natural reachability algorithm / faster SAT algorithms / k-SAT algorithm / Surprising algorithms / good k-Dominating Set algorithm / reasonably computable nondeterministic protocols / sub-quadratic time algorithm / /

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