© 1993 IEEE.Because most of the recognizable queries in deductive databases can be transformed into transitive-closure (TC) problem, the development of efficient algorithms to process the different forms of TC problems within the context of large database systems has recently attracted a large amount of research efforts. However, the parallelization of the computation of TC is still a new issue and there are only a few and recent parallel TC algorithms. Most of these parallel algorithms mere developed for shared-nothing architectures. We present a new efficient algorithm for full TC problem for shared-nothing architecture. Using simulation, we also study and examine the performance of the algorithm
Presents a new approach to parallel computation of transitive closure queries using a semantic data ...
We consider the question of taking transitive closures on top of pure relational systems Sybase and ...
Recursive query processing is one of the key problems in integrating database and artificial intelli...
The transitive closure operation is an important extension to relational algebra. Because of its hig...
Abstract: In this paper, we propose an approach to find transitive closures on large data sets in di...
The development of efficient algorithms to process the different forms of transitive-closure (To) qu...
A topic that is currently inspiring a lot of research is parallel (distributed) computation of trans...
An important feature of database t chnology of the nineties i the use of distributed compu-tation fo...
An important feature of database technology of the nineties is the use of distributed computation fo...
A topic that is currently inspiring a lot of research i s parallel (distributed) computation of tran...
In this paper we study the reformulation of transitive closure queries on a fragmented graph. We spl...
This paper is one of the first to discuss actual implementation of and experimentation with parallel...
An important feature of database technology of the nineties is the use of parallelism for speeding u...
An important feature of database technology of the nineties is the use of parallelism for speeding u...
SIGLECNRS 14802 E / INIST-CNRS - Institut de l'Information Scientifique et TechniqueFRFranc
Presents a new approach to parallel computation of transitive closure queries using a semantic data ...
We consider the question of taking transitive closures on top of pure relational systems Sybase and ...
Recursive query processing is one of the key problems in integrating database and artificial intelli...
The transitive closure operation is an important extension to relational algebra. Because of its hig...
Abstract: In this paper, we propose an approach to find transitive closures on large data sets in di...
The development of efficient algorithms to process the different forms of transitive-closure (To) qu...
A topic that is currently inspiring a lot of research is parallel (distributed) computation of trans...
An important feature of database t chnology of the nineties i the use of distributed compu-tation fo...
An important feature of database technology of the nineties is the use of distributed computation fo...
A topic that is currently inspiring a lot of research i s parallel (distributed) computation of tran...
In this paper we study the reformulation of transitive closure queries on a fragmented graph. We spl...
This paper is one of the first to discuss actual implementation of and experimentation with parallel...
An important feature of database technology of the nineties is the use of parallelism for speeding u...
An important feature of database technology of the nineties is the use of parallelism for speeding u...
SIGLECNRS 14802 E / INIST-CNRS - Institut de l'Information Scientifique et TechniqueFRFranc
Presents a new approach to parallel computation of transitive closure queries using a semantic data ...
We consider the question of taking transitive closures on top of pure relational systems Sybase and ...
Recursive query processing is one of the key problems in integrating database and artificial intelli...