基于q -学习方法的智能Agent分布式数据库复制数据分配

Abel Rodríguez Morffi, Luisa Manuela González González, Darien Rosa Paz, M. M. Hing
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引用次数: 0

摘要

数据分布问题直接影响查询过程的效率,是影响分布式数据库系统整体性能的关键问题。由于问题的复杂性,大多数提出的解决方案将设计过程分为两个部分:碎片化和碎片在网络中不同位置的分配。在本文中,我们考虑了具有复制片段可能性的分配问题,最小化了总成本,这是一般np完全的,并提出了一种基于q -学习的方法来解决分布式数据库设计中的片段分配问题。结果表明,在几种情况下,我们可以在合理的时间内合理地分配片段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Intelligent Agent Using a Q-Learning Method to Allocate Replicated Data in a Distributed Database
The data distribution problem is a critical one that affects the global performance of the distributed database systems because it directly influences the efficiency of the querying process. Due to the complexity of the problem, most of the proposed solutions divide the design process in two parts: the fragmentation and the allocation of the fragments on the different locations in the network. Here we consider the allocation problem with the possibility to replicate fragments, minimizing the total cost, which is in general NP-complete, and propose a method based on Q-learning to solve the allocation of fragments in the design of a distributed database. As a result we obtain for several cases, logical allocation of fragments in a reasonable time.
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