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The relation between performance and cache size has been widely studied in Web caching.
Regarding the relation between performance and cache size in peer-to-peer traffic, Wierzbicki et al. show that in FastTrack traffic there are required larger cache sizes than Web traffic to attain a given byte hit rate, because files requested in Kazaa are typically much larger than in the Web [50, 51].
Similar(58)
Experiments show that there exists a contradiction between performance and reliability for different cache configurations.
The distinction is between performance and welfare.
The tradeoff between throughput and cache accuracy/performance is particularly evident if we compare the throughput and hit rate obtained by the SACS_100% and SACS_10% configurations.
The results show that the proposed caching scheme performs better compared to the performance of random cache, selfish cache and unselfish cache policies.
With regards to performance, clock cycle counts and cache misses were measured for single temperature ACE table lookup and for windowed multipole.
Relevant aspects of performance and parallelism on cache-based shared memory machines are discussed.
This O/S behavior impacts cache performance and reduces the overall application performance.
The continuously growing gap between the processor and memory performance is making cache misses more and more expensive.
At any rate the improvement of memory and cache handling and other performance tweaks is always welcome.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com