SOURCETREE LINUX HOW TO
SOURCETREE LINUX INSTALL
SOURCETREE LINUX MANUAL

SOURCETREE LINUX HOW TO

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Most importantly, our results show our adaptive algorithm selects prefetch sizes that provide performance rivaling the best sizes determined through manual tuning, which requires extensive testing over different possible sizes. In order to take full advantage of disk prefetching without extensive workload specific experimentation, we introduce an adaptive algorithm that dynamically selects an appropriate prefetch size.

We also find that application-level prefetching using the best prefetch size can provide up to 4 times higher throughput. A good choice of prefetch size can result in substantial performance gains, for example up to 3 times higher throughput than when using a prefetch size that is too large. We evaluate various representative streaming video workloads and show that the prefetch size that produces the best throughput can vary from 2 MB to 12 MB, and can depend on workload and system characteristics such as video bitrate, hard drive specifications, and memory capacity. This paper looks at disk prefetch sizing for HTTP video streaming servers, such as those used by Apple, Adobe, Netflix, YouTube and Microsoft. Using a prefetch size that is too small can lead to poor overall disk throughput, whereas prefetch sizes that are too large can lead to data being evicted before it can be used by a subsequent request. However, the performance gains are highly dependent on selecting a prefetch size that is appropriate for a specific system and workload. Past work has shown that disk prefetching can be an effective technique for improving the performance of disk bound workloads.

Sourcetree linux