Though the split cache does not reduce the miss rates, it is observed to reduce the total execution time effectively by up to 27%.It even outperform an LRU ...
Though the split cache does not reduce the miss rates, it is observed to reduce the total execution time effectively by up to 27%. It even outperform an LRU ...
The split L2 cache is composed of a traditional LRU cache and an RVC (Remote Victim Cache) which only stores the data of remote memory address range, ...
The split L2 cache is composed of a traditional LRU cache and an RVC (Remote Victim Cache) which only stores the data of remote memory address range. Thus, it ...
Title. A SPLIT L2 DATA CACHE FOR SCALABLE CC-NUMA MULTIPROCESSORS. Authors. CHUNG, SUNG WOO; KIM, HYONG-SHIK; JHON, CHU SHIK. Abstract. In scalable CC-NUMA ...
Our proposal splits the cache structure into two different parts: one for storing data ... A Two-Level Directory Architecture for Highly Scalable cc-NUMA ...
The lightweight directory architecture removes the directory structure from main memory and it stores directory information in the L2 cache avoiding in most ...
In this paper we suggest an LRU/distance-aware combined second-level(L2) cache for scalable CC-NUMA multiprocessors, which is composed of a traditional LRU ...
The main idea is to implement small fast caches in crossbar switches of the interconnect medium to capture and store shared data as they ow from the memory ...
Abstract. Given the limitations of bus-based multiprocessors, CC-NUMA is the scalable architecture of choice for shared-memory machines.