A Self-Recovery Method Based on Mixed Reboot

Xikun Dong, Huiqiang Wang, J. Lai
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Abstract

Microreboot is one of the most efficient self recovery technologies for mission-critical system. But some limitations still exist in the existing microreboot methods such as demand of componentization and loosing coupling etc. In order to eliminate these limitations, we propose a more flexible and usable microreboot method called mixed reboot in this paper, which systematically combines coarse-grained reboot with fine-grained reboot. The mixed reboot can be used to recursively restart from inner class to the whole application which has never been realized before. The result of our experiment shows that the MR can realize autonomic recursive reboot of software to provide system with higher self-recovery ability than the existing microreboot methods.
一种基于混合重启的自恢复方法
微重启是关键任务系统最有效的自恢复技术之一。但现有的微重启方法还存在组件化要求和松耦合等局限性。为了消除这些限制,本文提出了一种更加灵活和可用的微重启方法——混合重启,它将粗粒度重启和细粒度重启系统地结合起来。混合重启可以用于从内部类递归地重启到整个应用程序,这是以前从未实现过的。实验结果表明,该方法可以实现软件的自主递归重启,为系统提供比现有微重启方法更高的自恢复能力。
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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