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A Virtual Machine Replay System Based on Para- virtualized Xen

机译:基于段虚拟化Xen的虚拟机重播系统

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Operating system debugging and system security are two important issues which are attracted more and more attentions. However, traditional solutions of software debugging can not make an integrated replay towards the status of operating system. Moreover, most intrusion detection methods all depend on the operating system excessively, but operating system exposes so many interfaces to outside that it can not ensure its own security and is attacked vulnerably. Therefore, a para-virtualized model based full system replay is developed in this paper. According to the para-virtualized device model provided by Xen, this system captures the non-deterministic events in the target operating system through a real-time monitoring module, and saves the data and time point of these events occurrence as log file elaborately. Using these data, we can make a full-system replay to the target operating system accurately. Compared with the previous replay systems, this system is more efficient and has two prominent advantages: no need to modify the target operating system, and no need to reboot the target operating system before executing replay.
机译:操作系统调试和系统安全性是两个重要问题,吸引了越来越多的注意。但是,软件调试的传统解决方案无法对操作系统的状态进行集成重播。此外,大多数入侵检测方法都依赖于操作系统过度,但操作系统对外部公开了这么多的界面,无法保证自己的安全性并且遭受攻击。因此,本文开发了基于Para虚拟化的全系统重放。根据Xen提供的Para虚拟化设备模型,该系统通过实时监控模块捕获目标操作系统中的非确定性事件,并将这些事件的数据和时间点保存为精心设计的日志文件。使用这些数据,我们可以准确地对目标操作系统进行全系统重放。与先前的重播系统相比,该系统更有效,具有两个突出的优势:无需修改目标操作系统,并且在执行重放之前不需要重新启动目标操作系统。

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