Scalable stability detection using logical hypercube

Friedman R.; Manor S.; Guo K.

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Scalable stability detection using logical hypercube

机译：使用逻辑超立方体的可扩展稳定性检测

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摘要

This paper proposes to use a logical hypercube structure for detecting message stability in distributed systems. In particular, a stability detection protocol that uses such a superimposed logical structure is presented, and its scalability is compared with other known stability detection protocols. The main benefits of the logical hypercube approach are scalability, fault-tolerance, and refraining from overloading a single node or link in the system. These benefits become evident both by an analytical comparison and by simulations. Another important feature of the logical hypercube approach is that the performance of the protocol is in general not sensitive to the topology of the underlying physical network.

机译：本文提出使用逻辑超立方体结构来检测分布式系统中消息的稳定性。特别地，提出了使用这种叠加逻辑结构的稳定性检测协议，并将其可扩展性与其他已知的稳定性检测协议进行了比较。逻辑超多维数据集方法的主要好处是可伸缩性，容错能力，并且避免了系统中单个节点或链接的过载。通过分析比较和模拟，这些好处变得显而易见。逻辑超立方体方法的另一个重要特征是协议的性能通常对基础物理网络的拓扑不敏感。

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来源
《IEEE Transactions on Parallel and Distributed Systems》 |2002年第9期|p.972-984|共13页
作者
Friedman R.; Manor S.; Guo K.;
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作者单位

Dept. of Comput. Sci., Technion-Israel Inst. of Technol., Haifa, Israel;

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原文格式 PDF
正文语种 eng
中图分类无线电电子学、电信技术;
关键词
distributed processing; multicast communication; stability; protocols; hypercube networks; distributed systems; multicast communication; group communication; scalability; message stability; stability detection protocols; logical hypercube; scalable s;

机译：分布式处理;多播通信;稳定性;协议;超立方体网络;分布式系统;多播通信;小组交流;可扩展性;信息稳定性稳定性检测协议;逻辑超立方体可扩展的;

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Scalable stability detection using logical hypercube

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