分布式系统中增强的自适应、融合和智能故障监测(eACID):工作与分析

S. Hussain, M. Qadir
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引用次数: 5

摘要

故障监测是分布式系统需要解决的一个重要问题。在有效的故障监测方案的帮助下,可以很容易地确定崩溃并快速采取恢复步骤。故障监视器通常通过向远程对象发送和接收消息来检测故障。我们进一步增强了我们的ACID技术,在队列中优先考虑最近的响应,并降低了最后一个响应的影响因子。我们测试了增强技术eACID的参数,即对环境的适应性,收敛到最优超时值以及不加载或推送被监控对象的自我智能。我们试验了我们的技术和其他一些被提议的技术,我们的方案;与其他方案相比,eACID的效果更好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhanced adaptive, convergent and intelligent fault monitoring in distributed systems (eACID): Working and analysis
Fault monitoring is an important concern to be addressed for distributed system. With the help of an efficient fault monitoring scheme, it would be easy to determine the crash and quickly take the recovery steps. Fault monitor typically detects faults by sending and receiving messages to remote objects. We enhanced our technique ACID further with experimenting with giving precedence to the most recent response in the queue and reducing the influence factor of the last response. We tested the enhanced technique eACID to the parameters i.e. adaptiveness to the environment, convergence to the optimal value of timeout and self intelligence for not loading or pushing the object that is being monitored . We experimented with our technique along with some other proposed techniques, our scheme; eACID gave better results when compared with the schemes.
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