Estimating application response times.
估计应用程序响应时间。
The end result is improved application response times.
最终可以提高应用程序的响应时间。
You can measure application response time in many ways.
可以以许多方式度量应用程序响应时间。
What if you're more concerned about application response times than application throughput?
与应用程序吞吐量相比，如果您更关心应用程序响应时间又会怎样呢？
It is important to note that GC pause times are not the same thing as application response times.
务必注意GC停顿时间与应用程序响应时间不同。
All customers enjoy equally fast application response times regardless of network bandwidth.
所有用户都可以享受快速响应这一优势，而无需考虑网络的带宽问题。
Users benefit from improved application response time because applications perform business operations locally on the client.
应用程序在客户机本地执行业务操作，所以会大大改进应用程序的响应时间。
Target application response time and threading - in InterChange Server, collaborations wait for the response from the target application.
目标应用程序响应时间和线程处理——在InterChangeServer中，协作会等待来自目标应用程序的响应。
This is the target time (t seconds), a period during which users are not impeded by application response time - for example, 3 seconds.
这就是目标时间(T秒)，即在此时间里用户的工作没有因应用程序的响应时间而受阻，如3秒。
The agent collects information on the application response time, throughput, transaction time, database calls, background jobs, and other metrics.
代理会收集应用程序的响应时间、吞吐量、事务时间、数据库调用、后台任务以及其他指标的信息。
Short pause times do not guarantee speedy application response times, and long pauses are also not necessarily going to cause high application response times.
短的停顿时间不能够保证快的应用程序响应速度，长的停顿时间也不一定会导致长的应用程序响应时间。
In smaller heaps, when garbage must be collected very frequently, the pause times have more of an effect on application response times than they do in very large heaps, with infrequent collections.
在较小的堆中，当必须频繁收集垃圾时，停顿时间对应用程序响应时间的影响比在较大堆中不频繁收集时的影响更大。
It is based on Application Response Measurement (ARM) and helps you analyze a single request in detail.
该工具基于应用程序响应度量(ARM)，有助于详细地分析单个请求。
It is based on Application Response Measurement (ARM) and helps you analyze a single request in detail.
该工具基于应用程序响应度量(ARM)，有助于详细地分析单个请求。
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