Cache Coherence Protocols in Distributed Systems
Hanan M. Shukur, Subhi R. M. Zeebaree, Rizgar R. Zebari, Omar M. Ahmed, Lailan M. Haji, Dildar Masood Abdulqader
Abstract
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Hanan M. Shukur, Subhi R. M. Zeebaree, Rizgar R. Zebari, Omar M. Ahmed, Lailan M. Haji, Dildar Masood Abdulqader
Abstract
Open-access reader
Distributed systems performance is affected significantly by cache coherence protocols due to their role in data consistency maintaining. Also, cache coherent protocols have a great task for keeping the interconnection of caches in a multiprocessor environment. Moreover, the overall performance of distributed shared memory multiprocessor system is influenced by the used cache coherence protocol type. The major challenge of shared memory devices is to maintain the cache coherently. Therefore, in past years many contributions have been presented to address the cache issues and to improve the performance of distributed systems. This paper reviews in a systematic way a number of methods used for the cache-coherent protocols in a distributed system.
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Distributed systems performance is affected significantly by cache coherence protocols due to their role in data consistency maintaining. Also, cache coherent protocols have a great task for keeping the interconnection of caches in a multiprocessor environment. Moreover, the overall performance of distributed shared memory multiprocessor system is influenced by the used cache coherence protocol type. The major challenge of shared memory devices is to maintain the cache coherently. Therefore, in past years many contributions have been presented to address the cache issues and to improve the performance of distributed systems. This paper reviews in a systematic way a number of methods used for the cache-coherent protocols in a distributed system.
Key concepts: MESI protocol, Computer science, Cache coherence, MESIF protocol, Cache invalidation, Cache pollution, Bus sniffing, Cache