AbstractIn many practical cases satisfiability of a set of clauses can be decided before an interpretation is found that satisfies all clauses of the set. We present a test for such an early discovery of satisfiability, EDS, and develop an algorithm, IDP, incorporating EDS and a branching heuristics related to this test. IDP was implemented and tested on a wide variety of instances and showed a high performance and stability with respect to changing the proportion of non-Horn clauses
Constraint satisfaction deals with developing automated techniques for solving computationally hard ...
We propose a new perspective on propositional clause sets and on that basis we investigate (new) pol...
We study the problem of detecting planted solutions in a random satisfiability formula. Adopting the...
AbstractIn many practical cases satisfiability of a set of clauses can be decided before an interpre...
AbstractGiven a set of clauses in propositional logic that have been found satisfiable, we wish to c...
AbstractAn algorithm for satisfiability testing in the propositional calculus with a worst case runn...
AbstractAn algorithm for the satisfiability problem (SAT) is presented and its probabilistic behavio...
AbstractWe study the following computational problem proposed by Nils Nilsson: Several clauses (disj...
AbstractAn algorithm for the satisfiability problem (SAT) is presented and its probabilistic behavio...
AbstractThe best-known algorithm for the satisfiability problem in the case of propositional formula...
This dissertation shows that satisfiability procedures are abstract interpreters. This insight provi...
An algorithm for satisfiability testing in the propositional calculus with a worst case running time...
AbstractGiven a propositional Horn formula, we show how to maintain on-line information about its sa...
The satisfiability problem ( SAT ) is one of the important problems in the field of computer science...
Constraint satisfaction deals with developing automated techniques for solving computationally hard ...
Constraint satisfaction deals with developing automated techniques for solving computationally hard ...
We propose a new perspective on propositional clause sets and on that basis we investigate (new) pol...
We study the problem of detecting planted solutions in a random satisfiability formula. Adopting the...
AbstractIn many practical cases satisfiability of a set of clauses can be decided before an interpre...
AbstractGiven a set of clauses in propositional logic that have been found satisfiable, we wish to c...
AbstractAn algorithm for satisfiability testing in the propositional calculus with a worst case runn...
AbstractAn algorithm for the satisfiability problem (SAT) is presented and its probabilistic behavio...
AbstractWe study the following computational problem proposed by Nils Nilsson: Several clauses (disj...
AbstractAn algorithm for the satisfiability problem (SAT) is presented and its probabilistic behavio...
AbstractThe best-known algorithm for the satisfiability problem in the case of propositional formula...
This dissertation shows that satisfiability procedures are abstract interpreters. This insight provi...
An algorithm for satisfiability testing in the propositional calculus with a worst case running time...
AbstractGiven a propositional Horn formula, we show how to maintain on-line information about its sa...
The satisfiability problem ( SAT ) is one of the important problems in the field of computer science...
Constraint satisfaction deals with developing automated techniques for solving computationally hard ...
Constraint satisfaction deals with developing automated techniques for solving computationally hard ...
We propose a new perspective on propositional clause sets and on that basis we investigate (new) pol...
We study the problem of detecting planted solutions in a random satisfiability formula. Adopting the...