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Emulating Web Cache Replacement Algorithms versus a Real System

机译:模拟Web缓存替换算法与真实系统

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This paper presents a powerful framework to simulate web proxy cache systems. Our tool provides a comfortable environment to simulate and explore cache management techniques. It also includes an extension to design and simulate new structures considering several inter-connected caches which are very convenient for our current research projects. Besides a statistics module is enlarged to obtain supplementary performance measures. We compared the results obtained from our framework against a commercial proxy cache system by using several replacement algorithms and input traces. Experimental results show that proxy cache hit ratio deviations fall very close to the real system, since them never exceeds 3.5%. Although the simulation time varies depending on the input trace size and the modeled management technique, in all experiments run time has been by about several hundred times faster than the time the real system takes.
机译:本文介绍了模拟Web代理缓存系统的强大框架。我们的工具提供了一个舒适的环境来模拟和探索缓存管理技术。它还包括用于设计和模拟考虑多个连接的缓存的新结构的扩展,这对于我们目前的研究项目非常方便。除了统计模块,扩大以获得补充性能措施。我们将从我们的框架获得的结果与商业代理缓存系统通过使用多个替换算法和输入迹线进行了比较。实验结果表明,代理缓存命中比率偏差偏差非常接近真实系统,因为它们永远不会超过3.5%。虽然模拟时间根据输入跟踪大小和建模的管理技术而变化,但在所有实验中,运行时间比真实系统所采用的时间快大约数百倍。

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