用于操作系统性能评估的内置设备模拟器

Junjie Mao, Yu Chen, Yaozu Dong
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引用次数: 0

摘要

I/O设备正在快速发展,而操作系统优化总是比较慢,因为它依赖于物理设备。这不可避免地会阻止最新设备使用其额定性能,这对于性能关键型应用程序来说仍然是一个大问题。尽管I/O设备模拟器可以在物理设备准备就绪之前帮助执行性能评估,但现有的模拟器实现仍然不令人满意,要么开销太大,要么需要太多额外的工作。在本文中,我们提出内核内置设备模拟,以提供准确的实时评估,并提供可接受的额外工作。由于仿真工作隔离较好,因此与本地环境相比,开销是合理的。用这种方法实现了一个绑定以太网接口,实验证明了该方法的性能接近于本机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Built-in Device Simulator for OS Performance Evaluation
I/O devices are evolving rapidly, while OS optimization is always slower because of its dependence on physical devices. This inevitably prevents latest devices from working with their rating performance, which remains a big problem for performance-critical applications. Though I/O device simulators can help carry out performance evaluation before physical devices are ready, the existing simulator implementations are still unsatisfactory, either having too big overhead or requiring too much extra work. In this paper, we propose kernel built-in device simulation to provide accurate real time evaluations with acceptable extra effort. With the work of simulation well isolated, the overhead is reasonable compared to native environment. A bonding Ethernet interface is implemented in this way and experiments on it confirm the close-to-native performance of the idea.
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