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Conventional wisdom holds that reducing disk latency leads to higher disk utilization, maximizing disk utilization leads to higher throughput, employing a faster disk leads to better performance.
Conventional wisdom holds that reducing disk latency leads to higher disk utilization, maximizing disk utilization leads to higher throughput, and employing a faster disk leads to better performance.
We show that with proper memory use, maximizing disk utilization does not necessarily lead to optimal throughput.
Fed by operating temperature, disk utilization, and disk speed transition frequency, PRESS estimates the reliability of an entire disk array.
Finally, our analysis shows that maximizing disk utilization and disk striping incur high system costs, and are not advisable in a media server.
A number of techniques have been developed for maximizing disk utilization in media servers, including disk arm scheduling and data placement ones.
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We show that with proper memory use, maximizing disk bandwidth utilization does not necessarily lead to optimal throughput.
Disk utility.
A number of techniques have been developed for maximizing disk bandwidth utilization in media servers, including disk arm scheduling and data placement ones.
We examine a number of techniques that have been developed for maximizing disk bandwidth utilization in media servers, including disk arm scheduling and data placement ones.
We also propose an adaptive admission control algorithm relying on worst and average values of disk server utilization.
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