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Decoupling of data and tag arrays for on-chip caches

机译:片上缓存的数据和标签阵列的解耦

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In traditional cache structures, entries in the data array and the tag array are tightly coupled, that is, entries in both arrays are one-to-one mapped. In this paper, we decouple the traditional one-to-one mapping between data and tag arrays for cache structures. The key idea is that the block tag is stored in different tag arrays such that these tag and data arrays are accessed by different indices. The freedom due to decoupling the tag association may bring several advantages. We use a formal inference to verify if a cache structure can give correct decoupled addressing. We summarize three generalized decoupled models that can also be applied to other previously proposed approaches in the literature.
机译:在传统的缓存结构中,数据数组和标签数组中的条目紧密耦合,即两个数组中的条目都是一对一映射的。在本文中,我们将数据和标记数组之间的传统一对一映射解耦,用于缓存结构。关键思想是将块标签存储在不同的标签数组中,以便这些标签和数据数组可以通过不同的索引进行访问。由于去耦标签关联而带来的自由可能带来一些优势。我们使用形式推论来验证高速缓存结构是否可以提供正确的解耦寻址。我们总结了三个广义解耦模型,这些模型也可以应用于文献中其他先前提出的方法。

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