End-to-end Delay 端到端延迟 ; 端到端时延 ; 端到端延时
end to end delay 端到端的时延 ; 分析分组端到端的时延
Maximum End-to-end Delay 最大端到端时延
average end-to-end delay 平均端到端时延
End-to-end delay assurance 最终到终端的延迟保证
average of end-to-end delay 平均端到端延迟
End-to-Delay 端到端时延
The International Telecommunications Union (ITU) recommends a maximum 150-millisecond one-way end-to-end delay.
国际通信联合会(ITU)推荐最大150毫秒的单向端到端延迟。
This protocol has good performance on data delivering, end-to-end delay, routing overhead and energy consuming.
该协议在数据发送、端到端延迟、路由控制开销和节省功耗等方面都具有较好的性能。
However, related researches show that the path with minimum hops can't provide the minimum end to end delay guarantee.
相关研究表明,最小跳数的路径并不能保证最小的端到端延迟。
We can think in terms of repetition, obviously, as the delay that sets in between an origin and an end.
我们可以想想看这里面的重复,很明显,重复性的情节将起因和结果隔开来。
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