AbstractWe extend the notions of functional and finiteness dependencies to apply to subsets of a relation that are specified by constraints. These dependencies have many applications. We are able to characterize those constraint domains which admit a polynomial time solution of the implication problem (assuming P≠NP) and give an efficient algorithm for these cases, modulo the cost of constraint manipulation. For other cases we offer approximate algorithms. Finally, we outline some applications of these dependencies to the analysis and optimization of CLP programs and database queries
This paper introduces an instantiation of the constraint logic programming scheme called CLP(PolyFD)...
Abstract. This paper highlights the power of T OY(FD), a functional logic language with support for ...
In [10], we introduced a path constraint language and established the undecidability of its associat...
AbstractWe extend the notions of functional and finiteness dependencies to apply to subsets of a rel...
Constraint Logic Programming solvers on finite domains use constraints to prune those combinations o...
Traditionally, dependency theory has been developed for uninterpreted data. Specifically, the only a...
AbstractVirtually all semantic or object-oriented data models assume that objects have an identity s...
Virtually all semantic or object-oriented data models assume that objects have an identity separate ...
AbstractTraditionally, dependency theory has been developed for uninterpreted data. Specifically, th...
AbstractConstraint Logic Programming solvers on finite domains (CLP(FD) solvers) use constraints to ...
Finite domain constraints are one of the most important constraint domains in constraint logic progr...
There are two implication problems for functional dependencies and inclusion dependencies: general i...
In this paper we propose a semantically well-founded combination of the constraint solvers used in t...
AbstractThe dependency inference problem is to find a cover for the set of functional dependencies t...
Finite domain constraints are one of the most important constraint domains in constraint logic progr...
This paper introduces an instantiation of the constraint logic programming scheme called CLP(PolyFD)...
Abstract. This paper highlights the power of T OY(FD), a functional logic language with support for ...
In [10], we introduced a path constraint language and established the undecidability of its associat...
AbstractWe extend the notions of functional and finiteness dependencies to apply to subsets of a rel...
Constraint Logic Programming solvers on finite domains use constraints to prune those combinations o...
Traditionally, dependency theory has been developed for uninterpreted data. Specifically, the only a...
AbstractVirtually all semantic or object-oriented data models assume that objects have an identity s...
Virtually all semantic or object-oriented data models assume that objects have an identity separate ...
AbstractTraditionally, dependency theory has been developed for uninterpreted data. Specifically, th...
AbstractConstraint Logic Programming solvers on finite domains (CLP(FD) solvers) use constraints to ...
Finite domain constraints are one of the most important constraint domains in constraint logic progr...
There are two implication problems for functional dependencies and inclusion dependencies: general i...
In this paper we propose a semantically well-founded combination of the constraint solvers used in t...
AbstractThe dependency inference problem is to find a cover for the set of functional dependencies t...
Finite domain constraints are one of the most important constraint domains in constraint logic progr...
This paper introduces an instantiation of the constraint logic programming scheme called CLP(PolyFD)...
Abstract. This paper highlights the power of T OY(FD), a functional logic language with support for ...
In [10], we introduced a path constraint language and established the undecidability of its associat...