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恢复时延
相关语句
  recovery latency
    Besides providing good local recovery, this scheme integrates well with the current IP model, shortened the recovery latency, provides fewer duplicates than other schemes, and adapts to the dynamic changes of the group membership and topology.
    除了具有良好的局部恢复性能外,本机制较好地实现了与现有 I P 模型的融合,降低了恢复时延,减少了重复恢复现象的发生,适应群组成员和拓扑结构的动态变化。
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  “恢复时延”译为未确定词的双语例句
    In order to reduce occupation on long-distance signaling circuit and GLR failure recovery interval, a new algorithm, referred to as reversal GLR failure recovery algorithm, is proposed in this paper.
    为减少GLR位置恢复过程中对长途电路资源的占有及缩短GLR故障恢复时延,本文提出了一种新的算法——逆向GLR故障恢复算法。
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  recovery latency
This will degrade network performance and result in long service recovery latency.
      
For an optimized system with a higher clock rate, smaller per-bit error rate per cycle and shorter recovery latency are expected.
      
Retransmissions by intermediate active routers can signi cantly reduce recovery latency for topologically distant receivers.
      
To shorten the rollback recovery latency, another method is to reset the dictionary without reloading it.
      
To shorten the recovery latency, HostCast uses the following two methods at the same time to recover from a partition.
      
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This paper first discusses the performance of existing schemes in dealing with large scale multicast application. Then, a new control scheme is introduced which adapts to the large scale multicast applications. Besides providing good local recovery, this scheme integrates well with the current IP model, shortened the recovery latency, provides fewer duplicates than other schemes, and adapts to the dynamic changes of the group membership and topology.

综述了现存差错控制机制在处理大规模多播业务时的优缺点,并针对仍然存在的问题提出了一种新的适应于大规模多播业务的差错控制机制。除了具有良好的局部恢复性能外,本机制较好地实现了与现有 I P 模型的融合,降低了恢复时延,减少了重复恢复现象的发生,适应群组成员和拓扑结构的动态变化。

In 3G mobile networks, when the location information of a roaming user in a Gateway Location Register (GLR) is incorrect or obsolete, the location tracking before recovery will fail which severely degrades system performance. Traditional location recovery algorithms needed to occupy a great many long-distance signaling circuit resources. In order to reduce occupation on long-distance signaling circuit and GLR failure recovery interval, a new algorithm, referred to as reversal GLR failure recovery algorithm,...

In 3G mobile networks, when the location information of a roaming user in a Gateway Location Register (GLR) is incorrect or obsolete, the location tracking before recovery will fail which severely degrades system performance. Traditional location recovery algorithms needed to occupy a great many long-distance signaling circuit resources. In order to reduce occupation on long-distance signaling circuit and GLR failure recovery interval, a new algorithm, referred to as reversal GLR failure recovery algorithm, is proposed in this paper. The proposed algorithm fully uses corresponding information in Visited Location Register(VLR) to avoid long-distance signaling cost between GLR and Home Location Register(HLR). Through performance analysis, the algorithm is proved to be feasible.

在3G网络中,当漫游用户在网关位置寄存器(GLR)中的位置信息不正确时,其位置查询将失败,此时将严重恶化系统性能,而传统的位置恢复算法需占用大量长途电路资源。为减少GLR位置恢复过程中对长途电路资源的占有及缩短GLR故障恢复时延,本文提出了一种新的算法——逆向GLR故障恢复算法。该算法充分利用用户在访问位置寄存器(VLR)中的用户信息,从而避免在恢复过程中GLR和归属位置寄存器(HLR)的长途信令开销。通过对算法的性能作分析,证明所提出的算法是可行的。

 
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