Open Access Open Access  Restricted Access Subscription Access

Parallel Mining Association Rules in Calculation Grids


Affiliations
1 Computer Sciences Department, University of Sciences and Technologies of Oran USTO, Algeria
 

As a result of the physical storage expansion and backup equipment and the increasing need to store more data, the sequential searching algorithms of association rules have been found ineffective. Thus the introduction of new parallel versions has become a necessity. We propose in this paper, a parallel version of a sequential algorithm Partition. This is fundamentally different from other sequential algorithms, as it scans the database only twice to generate all significant association rules. Consequently, the parallel approach does not require much communication between sites. The proposed approach was implemented for an experimental study. The results obtained show a large gain in execution time compared to the sequential version.

Keywords

Association Rules, Distributed Data Mining, Partition, Parallel Algorithms.
User
Notifications
Font Size

Abstract Views: 139

PDF Views: 0




  • Parallel Mining Association Rules in Calculation Grids

Abstract Views: 139  |  PDF Views: 0

Authors

Khadidja Belbachir
Computer Sciences Department, University of Sciences and Technologies of Oran USTO, Algeria
Hafida Belbachir
Computer Sciences Department, University of Sciences and Technologies of Oran USTO, Algeria

Abstract


As a result of the physical storage expansion and backup equipment and the increasing need to store more data, the sequential searching algorithms of association rules have been found ineffective. Thus the introduction of new parallel versions has become a necessity. We propose in this paper, a parallel version of a sequential algorithm Partition. This is fundamentally different from other sequential algorithms, as it scans the database only twice to generate all significant association rules. Consequently, the parallel approach does not require much communication between sites. The proposed approach was implemented for an experimental study. The results obtained show a large gain in execution time compared to the sequential version.

Keywords


Association Rules, Distributed Data Mining, Partition, Parallel Algorithms.