AbstractSolvers on finite domains use local consistency notions to remove values from the domains. This paper defines value withdrawal explanations. Domain reduction is formalized with chaotic iterations of monotonic operators. With each operator is associated its dual which will be described by a set of rules. For classical consistency notions, there exists such a natural system of rules. The rules express value removals as consequences of other value removals. The linking of these rules inductively defines proof trees. Such a proof tree clearly explains the removal of a value (which is the root of the tree). Explanations can be considered as the essence of domain reduction
Avoiding infinite loops is one of the obstacles most computer scientists must fight. Therefore the s...
International audienceWe give a simple proof of the cut elimination theorem for super-consistent the...
Abstract Using a glass-box theory of finite domain constraints, FD, we show how the entailment of us...
Solvers on finite domains use local consistency notions to remove values from the domains. This pape...
Abstract. Constraint logic programming combines declarativity and ef-ficiency thanks to constraint s...
This work is devoted to constraint solving motivated by the de-bugging of constraint logic programs ...
Elimination of inconsistent values in instances of the constraint satisfaction problem (CSP) conserv...
We are interested in identifying the complexity of computing explanations of various types for a dec...
This paper proposes a model for explanations in a set theoretical framework using the notions of clo...
Variable or value elimination in a constraint satisfaction problem (CSP) can be used in preprocessin...
Variable or value elimination in a constraint satisfaction problem (CSP) can be used in preprocessin...
The paper proposes a theoretical approach of the debugging of con-straint programs based on a notion...
Several constraint solvers over finite domains, such as GNU-Prolog or SICStus Prolog, use indexicals...
Using a glass-box theory of finite domain constraints, FD, we show how the entailment of user-define...
AbstractValued constraint satisfaction provides a general framework for optimisation problems over f...
Avoiding infinite loops is one of the obstacles most computer scientists must fight. Therefore the s...
International audienceWe give a simple proof of the cut elimination theorem for super-consistent the...
Abstract Using a glass-box theory of finite domain constraints, FD, we show how the entailment of us...
Solvers on finite domains use local consistency notions to remove values from the domains. This pape...
Abstract. Constraint logic programming combines declarativity and ef-ficiency thanks to constraint s...
This work is devoted to constraint solving motivated by the de-bugging of constraint logic programs ...
Elimination of inconsistent values in instances of the constraint satisfaction problem (CSP) conserv...
We are interested in identifying the complexity of computing explanations of various types for a dec...
This paper proposes a model for explanations in a set theoretical framework using the notions of clo...
Variable or value elimination in a constraint satisfaction problem (CSP) can be used in preprocessin...
Variable or value elimination in a constraint satisfaction problem (CSP) can be used in preprocessin...
The paper proposes a theoretical approach of the debugging of con-straint programs based on a notion...
Several constraint solvers over finite domains, such as GNU-Prolog or SICStus Prolog, use indexicals...
Using a glass-box theory of finite domain constraints, FD, we show how the entailment of user-define...
AbstractValued constraint satisfaction provides a general framework for optimisation problems over f...
Avoiding infinite loops is one of the obstacles most computer scientists must fight. Therefore the s...
International audienceWe give a simple proof of the cut elimination theorem for super-consistent the...
Abstract Using a glass-box theory of finite domain constraints, FD, we show how the entailment of us...