使Leader工作:执行延迟更新复制

Maciej Kokociński, Tadeusz Kobus, P. Wojciechowski
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引用次数: 7

摘要

本文提出了执行延迟更新复制(EDUR)算法,这是一种用于事务内存和数据库的多主复制的新算法。EDUR使用广播协议简化了事务认证(即检查并发事务之间的冲突),与基于总订单广播(TOB)的延迟更新复制相比,这提高了整体性能和可伸缩性。EDUR使用行政命令广播(EOB),这是一种新的协议,可以看作是TOB的推广。与TOB相比,EOB具有新的原语和属性,使应用程序能够将一些工作委托给领导者——这是许多TOB算法中固有的负责消息传播协调的过程。实验评估结果表明,使用我们的方法可以显著提高性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Make the Leader Work: Executive Deferred Update Replication
In this paper we propose executive deferred update replication (EDUR), a novel algorithm for multi-primary replication of transactional memory and databases. EDUR streamlines transaction certification (i.e., checking for conflicts between concurrent transactions) with the broadcast protocol, which improves overall performance and scalability compared to deferred update replication based on total order broadcast (TOB). EDUR uses executive order broadcast (EOB), a novel protocol that can be seen as a generalization of TOB. Compared to TOB, EOB features new primitives and properties that enable the application to delegate some work to a leader -- a process inherently present in many TOB algorithms that is responsible for coordination of message dissemination. The results of experimental evaluation show significant performance gains when using our approach.
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