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CIPARSim: Cache Intersection Property Assisted Rapid Single-pass FIFO Cache Simulation Technique

机译:CIpaRsim:高速缓存交叉点属性辅助快速单通道FIFO   缓存模拟技术

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摘要

In this paper, for the first time, we introduce a cache property called theIntersection Property that helps to reduce singlepass simulation time in amanner similar to inclusion property. An intersection property definesconditions that if met, prove a particular element exists in larger caches,thus avoiding further search time. We have discussed three such intersectionproperties for caches using the FIFO replacement policy in this paper. A rapidsinglepass FIFO cache simulator CIPARSim has also been proposed. CIPARSim isthe first singlepass simulator dependent on the FIFO cache properties to reducesimulation time significantly. CIPARSim simulation time was up to 5 timesfaster compared to the state of the art singlepass FIFO cache simulator for thecache configurations tested. CIPARSim produces the cache hit and miss rates ofan application accurately on various cache configurations. During simulation,CIPARSim intersection properties alone predict up to 90% of the total hits,reducing simulationtime immensely
机译:在本文中,我们首次引入了一个称为Intersection属性的缓存属性,该属性有助于减少与包含属性类似的单遍模拟时间。相交属性定义了条件,如果满足,则证明特定元素存在于较大的缓存中,从而避免了进一步的搜索时间。在本文中,我们已经使用FIFO替换策略讨论了三种针对缓存的交集属性。还提出了一种快速通过FIFO缓存模拟器CIPARSim。 CIPARSim是第一个依赖FIFO缓存属性的单通道仿真器,可显着减少仿真时间。与用于测试的高速缓存配置的最新单通道FIFO高速缓存模拟器相比,CIPARSim仿真时间快了5倍。 CIPARSim可以在各种缓存配置上准确生成应用程序的缓存命中率和未命中率。在仿真过程中,仅CIPARSim交点属性就可以预测总命中率的90%,从而极大地减少了仿真时间

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