Parallel execution of relational algebra operator under distributed database systems

B. Sitohang
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引用次数: 4

Abstract

Parallel execution of relational algebra operators can be performed on single computer, multiprogramming or multitasking operating systems. In doing so, time response can be improved, compared to sequential execution, using concepts of: free operators, set of free operators, and degree of freedom of operators. Parallel execution of relational algebra operators introduced, using the concepts above, can be adapted to the distributed database system environment, where each free operator executed in one specific location/computer (relatively to the other free operator of the transaction). Consequently, improvement of performance depends on: the number of free operators of the transaction; the number of sets of free operators; degree of freedom of operators; and data location relatively to the location where the operator executed.
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分布式数据库系统下关系代数运算符的并行执行
关系代数运算符的并行执行可以在单计算机、多程序或多任务操作系统上执行。这样,与顺序执行相比,使用以下概念可以改进时间响应:自由操作符、自由操作符集和操作符的自由度。使用上述概念介绍的关系代数运算符的并行执行可以适用于分布式数据库系统环境,其中每个自由运算符在一个特定的位置/计算机上执行(相对于事务的另一个自由运算符)。因此,性能的提高取决于:交易的自由操作符的数量;自由算子的集合数;操作者的自由度;以及相对于运算符执行位置的数据位置。
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