Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fun-damental integrity constraints that arise in practice in relational databases. A given set of FDs does not interact with a given set of INDs if logical implication of any FD can be determined solely by the given set of FDs, and logical implication of any IND can be determined solely by the given set of INDs. The set of tree-like INDs constitutes a useful subclass of INDs whose implication problem is polynomial time decidable. We exhibit a necessary and sufficient condition for a set of FDs and tree-like INDs not to interact; this condition can be tested in polynomial time
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
AbstractFour families of integrity constraints in a relational database have been investigated: the ...
AbstractFunctional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental dat...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
AbstractFunctional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental int...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
AbstractFunctional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental int...
AbstractInclusion dependencies, or INDs (which can say, for example, that every manager is an employ...
Inclusion dependencies, or INDs (which can say, for example, that every manager is an employee) are ...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental database in...
Inclusion dependencies, or INDs (which can say, for example, that every manager is an employee) are ...
ABSTRACT: Inclusion dependencies, or INDs (which can say, for example, that every manager is an empl...
This paper introduces a class of conditional inclusion dependencies (CINDs), which extends tradition...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
AbstractFour families of integrity constraints in a relational database have been investigated: the ...
AbstractFunctional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental dat...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
AbstractFunctional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental int...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
AbstractFunctional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental int...
AbstractInclusion dependencies, or INDs (which can say, for example, that every manager is an employ...
Inclusion dependencies, or INDs (which can say, for example, that every manager is an employee) are ...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental database in...
Inclusion dependencies, or INDs (which can say, for example, that every manager is an employee) are ...
ABSTRACT: Inclusion dependencies, or INDs (which can say, for example, that every manager is an empl...
This paper introduces a class of conditional inclusion dependencies (CINDs), which extends tradition...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
Functional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental integrity c...
AbstractFour families of integrity constraints in a relational database have been investigated: the ...
AbstractFunctional dependencies (FDs) and inclusion dependencies (INDs) are the most fundamental dat...