Curtis Bright
University of Windsor
Scientific, Seminar
SFU Discrete Math Seminar: Curtis Bright
I will describe a new approach for exhaustively generating combinatorial objects by combining a satisfiability (SAT) solver with an isomorph-free exhaustive generation method such as orderly generation. The SAT solver is able to limit the search to...
Scientific, Seminar
Discrete Math Seminar: Curtis Bright
Solvers for the Boolean satisfiability problem have been increasingly used to solve hard problems from many fields and now routinely solve problems with millions of variables. Combinatorial problems are a natural target, as SAT solvers contain...
Scientific, Seminar
Discrete Math Seminar: Curtis Bright
Solvers for the Boolean satisfiability problem have been increasingly used to solve hard problems from many fields and now routinely solve problems with millions of variables. Combinatorial problems are a natural target, as SAT solvers contain...
Scientific, Seminar
UBC Discrete Math Seminar: Curtis Bright
I will describe a new approach for exhaustively generating combinatorial objects by combining a satisfiability (SAT) solver with an isomorph-free exhaustive generation method such as orderly generation. The SAT solver is able to limit the search to...
Scientific, Seminar
SFU Dsicrete Math Seminar Series: Curtis Bright
I will describe a new approach for exhaustively generating combinatorial objects by combining a satisfiability (SAT) solver with an isomorph-free exhaustive generation method such as orderly generation. The SAT solver is able to limit the search to...