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Minimizing buffer requirements in video-on-demand servers

机译:最小化视频按需服务器中的缓冲区要求

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Memory management is a key issue when designing cost effective video on demand servers. State of the art techniques, like double buffering, allocate buffers in a per stream basis and require huge amounts of memory. We propose a buffering policy, namely Single Pair of Buffers, that dramatically reduces server memory requirements by reserving a pair of buffers per storage device. By considering in detail disk and network interaction, we have also identified the particular conditions under which this policy can be successfully applied to engineer video on demand servers. Reduction factors of two orders of magnitude compared to the double buffering approach can be obtained. Current disk and network parameters make this technique feasible.
机译:内存管理是在需求服务器上设计成本有效视频时的关键问题。最先进的技术,如双重缓冲,以每条流分配缓冲器,并需要大量的存储器。我们提出了一种缓冲策略,即单对缓冲区,通过预留每个存储设备一对缓冲区来大大降低服务器内存要求。通过考虑详细磁盘和网络交互,我们还确定了在需求服务器上成功应用于工程视频的特定条件。可以获得与双缓冲方法相比两个数量级的减少因子。当前磁盘和网络参数使该技术可行。

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