An Improved Framework of Disaster-Tolerance Oriented Adaptive Failure Detection

Xiuqing Mao, Xing-yuan Chen, Yingjie Yang, Junfeng Li
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Abstract

The detection of failure is a fundamental component for highly reliable systems. Taking the QoS of failure detection into consideration, a Framework of Disaster-Tolerance Oriented Adaptive Failure Detection (DTO-FDF) is presented, which adopts hierarchical modularity design and constructs the DTO-FDF and algorithm from the system view and data circulation sequence. DTO-FDF mainly includes three modules: Monitoring module, Processing module, Responding module. By monitoring and gathering the data of node, according to evaluating index and configuring policy, combining with the designed failure detection algorithm, the system judges the machine is alive or not. Based on the result of decision, the system makes the take-over response and the system migration. The framework made some benefic work for the study of failure detection module of universality and independence.
一种改进的容灾自适应故障检测框架
故障检测是高可靠性系统的基本组成部分。考虑到故障检测的QoS,提出了一种面向容灾的自适应故障检测框架(DTO-FDF),该框架采用分层模块化设计,从系统视图和数据循环顺序构建了DTO-FDF和算法。DTO-FDF主要包括三个模块:监控模块、处理模块、响应模块。通过对节点数据的监测和采集,根据评估指标和配置策略,结合设计的故障检测算法,判断机器是否存在。系统根据决策结果进行接管响应和系统迁移。该框架为研究具有通用性和独立性的故障检测模块做了有益的工作。
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