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1·The average latency is something like 210 microseconds.

平均延迟大约为210微秒。

2·Average latency and the trend are shown underneath the graph.

在图的底部显示了平均延时和趋势。

3·The average latency at which failed move requests are processed.

成功的移动请求处理的平均反应时间。

4·The average latency at which successful move requests are processed.

成功的移动请求处理的平均反应时间。

5·Average latency is defined as the latency over the last 1000 intervals.

平均延时被定义为在最近1000个周期的平均延时。

6·Shows system topology, status, current load, trailing and average latency, events and alerts.

可以查看系统的拓扑结构、系统状态参数、当前负载情况、请求延迟记录、内部事件及通知等信息。

7·The average latency is around 40 microseconds at lower throughputs, rising to 120 microseconds at higher throughputs.

低吞吐量的平均延迟为大约40微秒，高延迟则为大约120微秒。

8·If the average latency over the last thirty intervals is greater than the longer average, the trend shows as an up arrow to indicate that the trend is rising.

如果最近30个周期的平均延时大于总体平均延时，则显示一个向上的箭头，表示上升趋势。

9·Since we’ve made all these changes, we have been able to scale memcached to handle 200, 000 UDP requests per second with an average latency of 173 microseconds.

做了这些修改之后，我们可以将memcached提升到每秒处理20万个UDP请求，平均延迟降低为173微秒。

10·Simulation results compared with DSR show that ASR provides about twice throughput, over 95 percent packet delivery ratio, and relatively stable average latency.

仿真结果表明，与dsr协议相比，A SR的吞吐量提高约1倍，包分发率优于95%，且能提供相对稳定的平均延迟时间。