基于内核跟踪的多层虚拟系统分析

Cédric Biancheri, Naser Ezzati-Jivan, M. Dagenais
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引用次数: 7

摘要

本文研究了虚拟机与主机之间通过共享资源(如物理cpu)实现的交互。我们提出了一种基于内核跟踪的分析方法,该方法消除了虚拟机与其主机之间的界限,从而将多层系统简化为单层。对于这个分析,我们开发了一个视图,显示每个主机CPU的时间线,显示哪个进程正在运行,即使它来自虚拟机。通过使用过滤器系统,我们增加了在该视图中突出显示跟踪的机器、虚拟cpu或特定进程的可能性。最后一个特性允许在主机上精确地查看虚拟机线程的运行地点和时间。
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Multilayer Virtualized Systems Analysis with Kernel Tracing
This paper studies interactions between virtual machines and their host through the sharing of resources like physical CPUs. We present an analysis based on kernel tracing that erases the bounds between virtual machines and their host to reduce the multilayer system into a single layer. For this analysis we developed a view that displays a time line for each host's CPU, showing across time which process is running, even if it is from a virtual machine. By using a system of filters, we added the possibility to highlight in this view either traced machines, virtual CPUs or specific processes. This last feature grants the possibility to precisely see on the host where and when a virtual machine's thread is running.
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