A consensus on parallel architecture for very large database management has emerged. This architecture is based on a shared-nothing hardware organization. This computation model, however, is very sensitive to the skewness in the tuple distribution. Recently, several parallel join algorithms with dynamic load balancing capabilities have been proposed to address this issue. However, none of these algorithms consider the multi-way join problems. In this paper, we propose a dynamic load balancing technique for multi-way joins, and investigate the effect of load balancing on query optimization
We investigate various load balancing approaches for hash-based join techniques popular in multicomp...
There has been a wealth of research in the area of parallel join algorithms. Among them, hash-based ...
Parallel database systems have to support the effective parallelization of complex queries in multi-...
A consensus on parallel architecture for very large database management has emerged. This architectu...
A consensus on parallel architecture for very large database management has emerged. This architectu...
Abstract. A consensus on parallel architecture for very large database manage-ment has emerged. This...
Shared nothing multiprocessor architecture is known to be more scalable to support very large databa...
We consider the execution of multi-join queries in a hierarchical parallel system, i.e., a shared-no...
Dynamic load balancing is a prerequisite for effectively utilizing large parallel database systems. ...
Although load balancing incurs processing costs, and therefore can have a profound influence on the ...
A consensus on parallel architecture for database management has emerged. This architecture is based...
A consensus on parallel architecture for database management has emerged. This architecture is based...
We investigate various load balancing approaches for hash-based join techniques popular in multicomp...
We investigate various load balancing approaches for hash-based join techniques popular in multicomp...
There has been a wealth of research in the area of parallel join algorithms. Among them, hash-based ...
Parallel database systems have to support the effective parallelization of complex queries in multi-...
A consensus on parallel architecture for very large database management has emerged. This architectu...
A consensus on parallel architecture for very large database management has emerged. This architectu...
Abstract. A consensus on parallel architecture for very large database manage-ment has emerged. This...
Shared nothing multiprocessor architecture is known to be more scalable to support very large databa...
We consider the execution of multi-join queries in a hierarchical parallel system, i.e., a shared-no...
Dynamic load balancing is a prerequisite for effectively utilizing large parallel database systems. ...
Although load balancing incurs processing costs, and therefore can have a profound influence on the ...
A consensus on parallel architecture for database management has emerged. This architecture is based...
A consensus on parallel architecture for database management has emerged. This architecture is based...
We investigate various load balancing approaches for hash-based join techniques popular in multicomp...
We investigate various load balancing approaches for hash-based join techniques popular in multicomp...
There has been a wealth of research in the area of parallel join algorithms. Among them, hash-based ...
Parallel database systems have to support the effective parallelization of complex queries in multi-...