AbstractWe report results from large-scale experiments in satisfiability testing. As has been observed by others, testing the satisfiability of random formulas often appears surprisingly easy. Here we show that by using the right distribution of instances, and appropriate parameter values, it is possible to generate random formulas that are hard, that is, for which satisfiability testing is quite difficult. Our results provide a benchmark for the evaluation of satisfiability testing procedures
We consider the use of random CNF formulas in evaluating the performance of SAT testing algorithms, ...
AbstractThe papers in this special issue originated at SAT 2001, the Fourth International Symposium ...
We present a detailed experimental investigation of the easy-hard-easy phase transition for randomly...
We report results from large-scale experiments in satisfiability testing. As has been observed by ot...
AbstractWe report results from large-scale experiments in satisfiability testing. As has been observ...
We study the problem of detecting planted solutions in a random satisfiability formula. Adopting the...
We study the problem of detecting planted solutions in a random satisfiability formula. Adopting the...
We present the results from experiments with a new family of random formulas for the satisfiability...
International audienceProving that a propositional formula is contradictory or unsatisfiable is a fu...
AbstractWe consider the use of random CNF formulas in evaluating the performance of SAT testing algo...
AbstractAn algorithm for the satisfiability problem (SAT) is presented and its probabilistic behavio...
AbstractWe describe an experimental investigation of the satisfiability phase transition for several...
Propositional satisfiability (SAT) is one of the most fundamental problems in computer science. The ...
Both satisfiability problems and probabilistic models are popular in artificial intelligence and com...
We link two concepts from the literature, namely hard sequences for the satisfiability problem sat a...
We consider the use of random CNF formulas in evaluating the performance of SAT testing algorithms, ...
AbstractThe papers in this special issue originated at SAT 2001, the Fourth International Symposium ...
We present a detailed experimental investigation of the easy-hard-easy phase transition for randomly...
We report results from large-scale experiments in satisfiability testing. As has been observed by ot...
AbstractWe report results from large-scale experiments in satisfiability testing. As has been observ...
We study the problem of detecting planted solutions in a random satisfiability formula. Adopting the...
We study the problem of detecting planted solutions in a random satisfiability formula. Adopting the...
We present the results from experiments with a new family of random formulas for the satisfiability...
International audienceProving that a propositional formula is contradictory or unsatisfiable is a fu...
AbstractWe consider the use of random CNF formulas in evaluating the performance of SAT testing algo...
AbstractAn algorithm for the satisfiability problem (SAT) is presented and its probabilistic behavio...
AbstractWe describe an experimental investigation of the satisfiability phase transition for several...
Propositional satisfiability (SAT) is one of the most fundamental problems in computer science. The ...
Both satisfiability problems and probabilistic models are popular in artificial intelligence and com...
We link two concepts from the literature, namely hard sequences for the satisfiability problem sat a...
We consider the use of random CNF formulas in evaluating the performance of SAT testing algorithms, ...
AbstractThe papers in this special issue originated at SAT 2001, the Fourth International Symposium ...
We present a detailed experimental investigation of the easy-hard-easy phase transition for randomly...