HOPE:用于OLTP工作负载的迭代和交互式数据库分区

Yu Cao, X. Guo, Baoyao Zhou, S. Todd
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引用次数: 1

摘要

本文演示了一个高效的数据库分区系统HOPE,它是专为OLTP工作负载设计的。HOPE构建在一种新的基于元组的数据库分区模型之上,该模型能够在工作负载执行期间最大限度地减少分布式事务的数量以及分区和工作负载的倾斜程度。HOPE以迭代的方式进行分区,以获得更好的分区质量,节省用户在分区设计上花费的时间,增加其应用场景。HOPE还具有高度的交互性,因为它为用户提供了丰富的机会,通过传递专业知识和间接的领域知识来帮助它进一步提高分区质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
HOPE: Iterative and interactive database partitioning for OLTP workloads
This paper demonstrates HOPE, an efficient and effective database partitioning system that is designed for OLTP workloads. HOPE is built on top of a novel tuple-group based database partitioning model, which is able to minimize the number of distributed transactions as well as the extent of partition and workload skews during the workload execution. HOPE conducts the partitioning in an iterative manner in order to achieve better partitioning quality, save the user's time spent on partitioning design and increase its application scenes. HOPE is also highly interactive, as it provides rich opportunities for the user to help it further improve the partitioning quality by passing expertise and indirect domain knowledge.
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