: This paper presents a Least Popularly Used buffer cache algorithm to exploit both temporal locality and content locality of I/O requests. Popular data blocks are selected as refe...
Main memory accesses continue to be a significant bottleneck for applications whose working sets do not fit in second-level caches. With the trend of greater associativity in seco...
The least recently used (LRU) replacement policy performs poorly in the last-level cache (LLC) because temporal locality of memory accesses is filtered by first and second level...
Samira Manabi Khan, Zhe Wang, Daniel A. Jimé...
This research proposes a new cache system that can increase the effect by temporal and spatial locality by using only simple hardware control without any locality detection hardwa...
Abstract. The increasing gap of processor and main memory performance underlines the need for cache-optimizations, especially on memoryintensive applications. Tools which are able ...