Several studies have demonstrated that both the performance and scalability of a shared-nothing parallel database system depend on the physical layout of data across the processing nodes of the system. Today, data is allocated in these systems using horizontal partitioning strategies. Tiffs approach has a number of drawbacks. In recent years, several multidimensional data declustering techniques have been proposed to address these problems. However, these schemes are too restrictive, or optimized for a certain type of queries. In this paper, we introduce a new technique which is flexible, and performs well for general queries
With the advent of micro-processor, memory, and communication technology, it is economically feasibl...
Physical database design is important for query performance in a shared-nothing parallel database sy...
ASMEProceedings of the Energy-Sources Technology Conference -- 23 January 1994 through 26 January 19...
Several studies have demonstrated that both the performance and scalability of a shared-nothing para...
Abstract. Several studies have repeatedly demonstrated that both the performance and scalability of ...
Several studies have repeatedly demonstrated that both the performance and scalability of a shared-n...
We present a data partitioning technique for shared-nothing database systems. A unique feature of ou...
This paper presents a multidimensional schema, called the multidimensional range tree (MDR-tree), to...
With the substantial ever-upgrading advancement in data and information management field, Distribute...
This paper deals with load balancing in distributed memory parallel database computers. In such an e...
1995 Euromicro Workshop on Parallel and Distributed Processing -- 25 January 1995 through 27 January...
This paper deals with load balancing in distributed memory parallel database computers. In such an e...
Data declustering is an important issue for reducing query response times in multi-disk database sys...
Due to their better price/performance ratios and scalability, Shared-Nothing computer systems are be...
For complex queries in parallel database systems, substantial amounts of data must be redistributed ...
With the advent of micro-processor, memory, and communication technology, it is economically feasibl...
Physical database design is important for query performance in a shared-nothing parallel database sy...
ASMEProceedings of the Energy-Sources Technology Conference -- 23 January 1994 through 26 January 19...
Several studies have demonstrated that both the performance and scalability of a shared-nothing para...
Abstract. Several studies have repeatedly demonstrated that both the performance and scalability of ...
Several studies have repeatedly demonstrated that both the performance and scalability of a shared-n...
We present a data partitioning technique for shared-nothing database systems. A unique feature of ou...
This paper presents a multidimensional schema, called the multidimensional range tree (MDR-tree), to...
With the substantial ever-upgrading advancement in data and information management field, Distribute...
This paper deals with load balancing in distributed memory parallel database computers. In such an e...
1995 Euromicro Workshop on Parallel and Distributed Processing -- 25 January 1995 through 27 January...
This paper deals with load balancing in distributed memory parallel database computers. In such an e...
Data declustering is an important issue for reducing query response times in multi-disk database sys...
Due to their better price/performance ratios and scalability, Shared-Nothing computer systems are be...
For complex queries in parallel database systems, substantial amounts of data must be redistributed ...
With the advent of micro-processor, memory, and communication technology, it is economically feasibl...
Physical database design is important for query performance in a shared-nothing parallel database sy...
ASMEProceedings of the Energy-Sources Technology Conference -- 23 January 1994 through 26 January 19...