International audienceIn the context of Constraint Programming, a portfolio approach exploits the complementary strengths of a portfolio of different constraint solvers. The goal is to predict and run the best solver(s) of the portfolio for solving a new, unseen problem. In this work we reproduce, simulate, and evaluate the performance of different portfolio approaches on extensive benchmarks of Constraint Satisfaction Problems. Empirical results clearly show the benefits of portfolio solvers in terms of both solved instances and solving time
International audienceThe Constraint Programming (CP) paradigm allows to model and solve Constraint ...
In Constraint Programming (CP) a portfolio solver combines a variety of different constraint solvers...
Abstract. Recent research in areas such as SAT solving and Integer Linear Programming has shown that...
International audienceIn the context of Constraint Programming, a portfolio approach exploits the co...
Recent research has shown that the performance of a single, arbitrarily efficient algorithm can be s...
Recent research has shown that the performance of a single, arbitrarily efficient algorithm can be s...
International audienceWithin the Constraint Satisfaction Problems (CSP) context, a methodology that ...
Recent research has shown that the performance of a single, arbitrarily efficient algorithm can be s...
International audienceWithin the context of constraint solving, a portfolio approach allows one to e...
International audienceIt is well recognized that a single, arbitrarily efficient solver can be signi...
International audienceRecent research has shown that a single arbitrarily efficient solver can be si...
Within the Constraint Satisfaction Problems (CSP) context, a methodology that has proven to be parti...
International audienceScheduling a subset of solvers belonging to a given portfolio has proven to be...
International audienceThe Constraint Programming (CP) paradigm allows to model and solve Constraint ...
In Constraint Programming (CP) a portfolio solver combines a variety of different constraint solvers...
Abstract. Recent research in areas such as SAT solving and Integer Linear Programming has shown that...
International audienceIn the context of Constraint Programming, a portfolio approach exploits the co...
Recent research has shown that the performance of a single, arbitrarily efficient algorithm can be s...
Recent research has shown that the performance of a single, arbitrarily efficient algorithm can be s...
International audienceWithin the Constraint Satisfaction Problems (CSP) context, a methodology that ...
Recent research has shown that the performance of a single, arbitrarily efficient algorithm can be s...
International audienceWithin the context of constraint solving, a portfolio approach allows one to e...
International audienceIt is well recognized that a single, arbitrarily efficient solver can be signi...
International audienceRecent research has shown that a single arbitrarily efficient solver can be si...
Within the Constraint Satisfaction Problems (CSP) context, a methodology that has proven to be parti...
International audienceScheduling a subset of solvers belonging to a given portfolio has proven to be...
International audienceThe Constraint Programming (CP) paradigm allows to model and solve Constraint ...
In Constraint Programming (CP) a portfolio solver combines a variety of different constraint solvers...
Abstract. Recent research in areas such as SAT solving and Integer Linear Programming has shown that...