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POS-18: Author IndexAuthor | Papers |
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B | Berg, Jeremias | Applications of MaxSAT in Data Analysis | Biere, Armin | Evaluating CDCL Restart Schemes Two flavors of DRAT The Effect of Scrambling CNFs | E | Ehlers, Thorsten | Tuning Parallel SAT Solvers | F | Fischmeister, Sebastian | Predicting SAT Solver Performance on Heterogeneous Hardware | Fröhlich, Andreas | Evaluating CDCL Restart Schemes | G | Ganesh, Vijay | Predicting SAT Solver Performance on Heterogeneous Hardware | H | Heule, Marijn | The Effect of Scrambling CNFs | Hyttinen, Antti | Applications of MaxSAT in Data Analysis | I | Iser, Markus | A Problem Meta-Data Library for Research in SAT | J | Järvisalo, Matti | Applications of MaxSAT in Data Analysis | K | Karpiński, Michał | Competitive Sorter-based Encoding of PB-Constraints into SAT | L | Lennartz, Werner | CryptoMiniSat Switches-Optimization for Solving Cryptographic Instances | Leventi-Peetz, Anastasia | CryptoMiniSat Switches-Optimization for Solving Cryptographic Instances | M | Manthey, Norbert | Checking Unsatisfiability Proofs in Parallel | N | Newsham, Zack | Predicting SAT Solver Performance on Heterogeneous Hardware | Nowotka, Dirk | Tuning Parallel SAT Solvers | P | Philipp, Tobias | Checking Unsatisfiability Proofs in Parallel | Piotrów, Marek | Competitive Sorter-based Encoding of PB-Constraints into SAT | R | Rebola-Pardo, Adrián | Two flavors of DRAT | S | Sinz, Carsten | A Problem Meta-Data Library for Research in SAT | W | Weber, Kai | CryptoMiniSat Switches-Optimization for Solving Cryptographic Instances | Z | Zendel, Oliver | CryptoMiniSat Switches-Optimization for Solving Cryptographic Instances |
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