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Study on Fault Tolerance for Virtualization-Based Computer Simulation Systems

机译:基于虚拟化计算机仿真系统的容错容差研究

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Modern computer simulation system has developed towards the direction of large-scale and distributed computing pattern. The large-scale simulation applications always deploy over heterogeneous networks across geographically dispersed locations, and the simulation process often lasts for a long time without intermission. The challenge is that various errors cannot be avoided during a long continuous running time in such a broad network environment with a huge number of simulation resources. The problem of simulation fault tolerance has become a hot issue. This paper introduces live migration method to virtualization-based computer simulation system, handling reliability problems, especially fault tolerance issues. The paper presents a framework of simulation fault tolerance. Then the detailed live migration mechanism of run-time simulation is discussed. The method can provide an approach to consolidating the reliable simulation in distributed and long-term simulation applications.
机译:现代计算机仿真系统已朝向大规模和分布式计算模式的方向发展。大规模仿真应用始终在地理位置分散位置跨越异构网络部署,并且模拟过程通常持续很长时间而不会间断。挑战是,在这种广泛的网络环境中,在具有大量模拟资源的广泛网络环境中,在长期连续运行时间内无法避免各种错误。模拟容错的问题已成为一个热门问题。本文介绍了基于虚拟化的计算机仿真系统的实时迁移方法,处理可靠性问题,尤其是容错问题。本文介绍了模拟容错框架。然后讨论了运行时仿真的详细实时迁移机制。该方法可以提供一种能够在分布式和长期仿真应用中巩固可靠模拟的方法。

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