Hierarchical commitment algorithm for permanent time stamp ordering

Shin-ya Kobayashi, Koji Matsuura
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Abstract

Permanent time stamp ordering is one of the concurrency control mechanism for a distributed database system. It can guarantee that transaction can be processed in the order of arrival. According to this method, the transaction is temporally committed when it has been processed, and it is truly committed when its timestamp becomes less than the least timestamp of the processing transactions. In this paper, we propose a hierarchical commitment algorithm for permanent timestamp ordering and we also show that our new algorithm is superior to traditional centralized or distributed commitment algorithms with respect to the response time of the transaction.
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永久时间戳排序的分层承诺算法
永久时间戳排序是分布式数据库系统的并发控制机制之一。它可以保证交易按照到达的顺序进行处理。根据这种方法,事务在被处理时临时提交,当它的时间戳小于处理事务的最小时间戳时,它才真正提交。在本文中,我们提出了一种用于永久时间戳排序的分层承诺算法,并证明了我们的新算法在事务的响应时间方面优于传统的集中式或分布式承诺算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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