在满足平均网络延迟时间最小的基础上，通过计算可获得优化的通信网络容量和网络代价。
Based on the least mean network delay, network capacity optimized and network cost can be obtained.
然而，挂钟时间对于其他大多数情况而言并无实际意义，比如网络延迟时间、活动的Web服务器或者活动的数据库。
However, wall clock time is merely anecdotal for most other permutations, such as those that include network latency; a trafficked, live Web server; or an active database.
这两种网络连接有着差不多的延迟时间：3g是118ms,4g是112 ms。
The two networks had comparable latency times of 118 milliseconds and 112ms for 3g and 4g, respectively.
“延迟时间”和“带宽”是网络状态指标。
"Latency" and "Bandwidth" are measures of the network's status.
在常见的长距离网络环境中，带宽大约为1m，延迟时间大约为100毫秒。
In a common long-distance network environment, the bandwidth is about 1m and the latency is about 100 milliseconds.
有线或Wifi网络的延迟时间一般只有10ms。3g和4g的相应时间大约有上述连接方式的10倍慢。
That response is about 10 times slower than most wired or Wi-Fi network connections, which typically have a latency of about 10ms.
通过所设计的CAN网络实验平台，在线检测CAN报文延迟时间，分析报文实际传输时延与理论分析的差异。
According to the experimental platform based on CAN, the CAN message delay time is online examined. The difference between theoretical analysis and actual transmission delay is also analyzed.
首先建立了该网络的网络模型，在考虑延迟时间的基础上提出一种新的路由策略，一定程度地保证了数据传输的实时性。
We establish a hybrid wireless network model and propose the new routing policy based on the delay, which assures the real-time transmission to some extent.
通过把流媒体缓存配置在客户端和服务器之间，以基于代理服务器机制实现，既能降低客户端播放器的启动延迟时间，又能节约部分网络带宽。
Thus it will not only reduce the start-up delay of the clients' player in the event of a cache hit but also save network bandwidth to some extent.
应用结果表明该设计方案可以很好地解决刹车问题并有效地减少阻塞发生，所实现的路由芯片速度快、延迟时间短，可以有效提高网络性能。
Practical data of the chip show that this designing well solves the brake problem and reduces congestion and the chip owns high speed and low latency.
应用结果表明该设计方案可以很好地解决刹车问题并有效地减少阻塞发生，所实现的路由芯片速度快、延迟时间短，可以有效提高网络性能。
Practical data of the chip show that this designing well solves the brake problem and reduces congestion and the chip owns high speed and low latency.
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