...差错恢复;带宽探测;速率控制 [gap=1477]Key words:EM VFP;file transfer protoc ol;embedded term inal;error recovery;ban dwidth probe;rate control ...
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相对于普通数据传输,多媒体业务对时延和带宽提出了严格要求,然而,通过采取一定的差错恢复(error resilience)和差错掩盖(elTOr concealment)技术,多媒体传输却可以容许一定的丢包率。
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Compared with the mode selection algorithm in H.264 reference software, our simulation results show that the proposed algorithm reduces computational complexity significantly and gets better error resilient.
模拟实验显示,相对于H.264参考软件的模式选择算法,该算法显著降低了计算复杂度并提高了视频差错恢复性能。
参考来源 - H.264视频鲁棒传输的最优宏块模式选择Describe an effective method for increasing the spatial error recovery of video transmission over bit error prone networks.
讨论了一种有效的在易错网中传输视频信号时,提高空域差错恢复能力的方法。
参考来源 - 易错环境中视频传输空域差错恢复的优化方法 in C·2,447,543篇论文数据,部分数据来源于NoteExpress
ARMER是一种答复者辅助主动路由器进行差错恢复的可靠组播算法。
ARMER is a reliable multicast algorithm that active router carry out error recovery with replier assisted.
通过分析比较,该协议在差错恢复延时和带宽利用率方面有较好的性能。
This protocol has better performance in recovery delay and use ratio of bandwidth by analysis and comparison.
最后,采用按区域分组和层次树的结构,将差错恢复的进行限制在了局部网络。
At last, the error recovery will be limited to the local network by the regional grouping and hierarchical tree structure.
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