A deductive database scheme consists of a set of base predicate schemes and a set of possibly non Horn clauses. A database can be considered as a particular instance of a given scheme. Clearly, a property that must be held by any scheme is logical consistency. We also propose other related properties (non-trivial consistency, strong consistency and P-consistency). These properties are requirements which are reasonable and meaningful in many practical cases. For verifying the various forms of consistency, we discuss a method whose centerpiece is a theorem prover which is an instance of a linear-resolution-based paradigm for first-order lheories, called SL* resolution
Large-scale distributed systems often rely on replicated databases that allow a programmer to reques...
Deductive verification has gained paramount attention from both academia and industry. Although inte...
AbstractDeductive databases are poor at tasks such as planning and design, where one must explore th...
This work describes the theory and implementation of a general theorem-proving technique for checkin...
The aim of this paper is to propose linear logic as a proof system allowing to perform updates of da...
In this paper we address the problem of integrating functions in Datalog. We extend Datalog to a lan...
AbstractThis paper provides a theoritical basis for deductive database systems. A deductive database...
We introduce a compilation technique for efficient consistency checking in deductive databases. Whe...
Several problems may arise when a deductive database is updated. The problems that are addressed in ...
We present proof procedure for checking the integrity of a deductive database. We follow the proposa...
This paper addresses the problem of consistency of a set of integrity constraints itself, independe...
Consistent answers to a query from an inconsistent database are answers that can be simultaneously r...
AbstractThis paper is the third in a series providing a theoretical basis for deductive database sys...
this paper. In particular, the paper reports on a very significant progress made recently in this a...
A uniform framework is presented to describe the most typical strategies that are used to compute an...
Large-scale distributed systems often rely on replicated databases that allow a programmer to reques...
Deductive verification has gained paramount attention from both academia and industry. Although inte...
AbstractDeductive databases are poor at tasks such as planning and design, where one must explore th...
This work describes the theory and implementation of a general theorem-proving technique for checkin...
The aim of this paper is to propose linear logic as a proof system allowing to perform updates of da...
In this paper we address the problem of integrating functions in Datalog. We extend Datalog to a lan...
AbstractThis paper provides a theoritical basis for deductive database systems. A deductive database...
We introduce a compilation technique for efficient consistency checking in deductive databases. Whe...
Several problems may arise when a deductive database is updated. The problems that are addressed in ...
We present proof procedure for checking the integrity of a deductive database. We follow the proposa...
This paper addresses the problem of consistency of a set of integrity constraints itself, independe...
Consistent answers to a query from an inconsistent database are answers that can be simultaneously r...
AbstractThis paper is the third in a series providing a theoretical basis for deductive database sys...
this paper. In particular, the paper reports on a very significant progress made recently in this a...
A uniform framework is presented to describe the most typical strategies that are used to compute an...
Large-scale distributed systems often rely on replicated databases that allow a programmer to reques...
Deductive verification has gained paramount attention from both academia and industry. Although inte...
AbstractDeductive databases are poor at tasks such as planning and design, where one must explore th...