[PDF][PDF] Access order and memory-conscious cache utilization
SA McKee, W Wulf - First Symposium on High Performance …, 1995 - researchgate.net
SA McKee, W Wulf
First Symposium on High Performance Computer Architecture (HPCA1), 1995•researchgate.netAs processor speeds increase relative to memory speeds, memory bandwidth is rapidly
becoming the limiting performance factor for many applications. Several approaches to
bridging this performance gap have been suggested. This paper examines one approach,
access ordering, and pushes its limits to determine bounds on memory performance. We
present several access-ordering schemes, and compare their performance, developing
analytic models and partially validating these with benchmark timings on the Intel i860XR.
becoming the limiting performance factor for many applications. Several approaches to
bridging this performance gap have been suggested. This paper examines one approach,
access ordering, and pushes its limits to determine bounds on memory performance. We
present several access-ordering schemes, and compare their performance, developing
analytic models and partially validating these with benchmark timings on the Intel i860XR.
Abstract
As processor speeds increase relative to memory speeds, memory bandwidth is rapidly becoming the limiting performance factor for many applications. Several approaches to bridging this performance gap have been suggested. This paper examines one approach, access ordering, and pushes its limits to determine bounds on memory performance. We present several access-ordering schemes, and compare their performance, developing analytic models and partially validating these with benchmark timings on the Intel i860XR.
researchgate.net
この検索の最上位の結果を表示しています。 検索結果をすべて見る