使用Hypervisor探针的动态VM可靠性监控

Z. Estrada, C. Pham, Fei Deng, Lok K. Yan, Z. Kalbarczyk, R. Iyer
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引用次数: 5

摘要

许多当前的VM监控方法需要修改客户操作系统,并且无法执行应用程序级别的监控,从而降低了它们在云环境中的价值。本文介绍了hprobes,这是一个允许动态监视VM中的应用程序和操作系统的框架。hprobe框架不需要对客户机操作系统进行任何更改,从而避免了监视与其目标系统的紧密耦合。此外,可以自定义监视器,并在VM运行时启用/禁用监视器。为了演示该框架的有用性,我们提供了三个示例检测器:用于安全漏洞的紧急检测器、应用程序看门狗和无限循环检测器。我们在实际应用程序中测试我们的检测器,并证明这些检测器具有高度的灵活性,达到了可接受的性能开销水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dynamic VM Dependability Monitoring Using Hypervisor Probes
Many current VM monitoring approaches require guest OS modifications and are also unable to perform application level monitoring, reducing their value in a cloud setting. This paper introduces hprobes, a framework that allows one to dynamically monitor applications and operating systems inside a VM. The hprobe framework does not require any changes to the guest OS, which avoids the tight coupling of monitoring with its target. Furthermore, the monitors can be customized and enabled/disabled while the VM is running. To demonstrate the usefulness of this framework, we present three sample detectors: an emergency detector for a security vulnerability, an application watchdog, and an infinite-loop detector. We test our detectors on real applications and demonstrate that those detectors achieve an acceptable level of performance overhead with a high degree of flexibility.
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