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A composite data Prefetcher framework for multilevel caches

机译:用于多级缓存的复合数据Prefetcher框架

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The increasing difference between the Processor speed and the DRAM performance have led to the assertive need to hide memory latency and reduce memory access time. It is noticed that the Processor remains stalled on memory references. Data Prefetching is a technique that fetches that next instruction's data parallel to the current instruction execution in a typical Processor-Cache-DRAM system. A Prefetcher anticipates a cache miss that might take place in the next instruction and fetches the data before the actual memory reference. The goal of prefetching is to reduce as many cache misses as possible. In this paper we present a detailed summary of the different prefetching techniques, and implement a composite prefetcher prototype that employs the techniques of Sequential, Stride and Distance Prefetching.
机译:处理器速度和DRAM性能之间的差异越来越大,导致了自信隐藏内存延迟并减少内存访问时间。注意到处理器仍然停滞不前。数据预取是一种提取的技术,该技术提取与典型处理器 - 缓存-DRAM系统中的当前指令执行并行的下一个指令的数据。预取器预期会在下一条指令中进行的缓存未命中,并在实际内存参考之前获取数据。预取的目标是尽可能减少许多缓存未命中。在本文中,我们介绍了不同预取技术的详细摘要,并实现了一种使用顺序,步幅和距离预取技术的复合预取器原型。

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