Add to ORKGkw is a logic reasoning machinery. It includes a satisfiability solver (which is also called kw) described in [1], [2]. It also includes an SMT solver, native support for more elaborate con-straints than clauses, a bounded model checker etc. The aim when creating it has been to build a flexible framework that can easily be extended in several directions. Therefore, the architec
Automated theorem proving is a method to establish or disprove logical theorems. While these can be ...
The satisfiability problem (Sat) lies at the core of the complexity theory. This is a decision probl...
Satisfiability (SAT) solvers have become powerful tools to solve a wide range of applications. In ca...
• Software engineering (SE) problems reduced to logic problems • Automation, engineering, usability ...
This article introduces an abstract interpretation framework that codifies the operations in SAT and...
Proving logic formulas is a problem of immense importance both theoretically and practically. On the...
Satisfiability modulo theories (SMT) is a branch of automated reasoning that builds on advances in p...
Special-purpose propagators speed up solving logic programs by inferring facts that are hard to dedu...
AbstractWe present a formalization and a formal total correctness proof of a MiniSAT-like SAT solver...
We investigate the satisfiability problem, SAT(ID), of an extension of propositional logic with indu...
This report documents the program and the outcomes of Dagstuhl Seminar 15171 "Theory and Practice of...
Propositional reasoning (SAT) is an essential part of many reasoning tasks. Many problems in compute...
Recent improvements in propositional satisfiability techniques (SAT) made it possible to tackle succ...
Satisfiability solving, the problem of deciding whether the variables of a propositional formula can...
International audienceWe developed a formal framework for SAT solving using the Isabelle/HOL proof a...
Automated theorem proving is a method to establish or disprove logical theorems. While these can be ...
The satisfiability problem (Sat) lies at the core of the complexity theory. This is a decision probl...
Satisfiability (SAT) solvers have become powerful tools to solve a wide range of applications. In ca...
• Software engineering (SE) problems reduced to logic problems • Automation, engineering, usability ...
This article introduces an abstract interpretation framework that codifies the operations in SAT and...
Proving logic formulas is a problem of immense importance both theoretically and practically. On the...
Satisfiability modulo theories (SMT) is a branch of automated reasoning that builds on advances in p...
Special-purpose propagators speed up solving logic programs by inferring facts that are hard to dedu...
AbstractWe present a formalization and a formal total correctness proof of a MiniSAT-like SAT solver...
We investigate the satisfiability problem, SAT(ID), of an extension of propositional logic with indu...
This report documents the program and the outcomes of Dagstuhl Seminar 15171 "Theory and Practice of...
Propositional reasoning (SAT) is an essential part of many reasoning tasks. Many problems in compute...
Recent improvements in propositional satisfiability techniques (SAT) made it possible to tackle succ...
Satisfiability solving, the problem of deciding whether the variables of a propositional formula can...
International audienceWe developed a formal framework for SAT solving using the Isabelle/HOL proof a...
Automated theorem proving is a method to establish or disprove logical theorems. While these can be ...
The satisfiability problem (Sat) lies at the core of the complexity theory. This is a decision probl...
Satisfiability (SAT) solvers have become powerful tools to solve a wide range of applications. In ca...