通过获取数据和提供可视化的反馈，例如描述服务器负载或响应时间的图表，会逐渐影响开发人员开始关注运行中的系统的状况。
By extracting data and providing visual feedback such as graphics that depict server load or response time evolution developers become aware of what is actually going on in a running system.
下面的图表反映了负载分别为350和500位用户时增加内存的好处。
The charts that follow graphically demonstrate the benefit of more memory with 350 and 500 user loads.
图11：显示平均系统负载的eurekaj图表。
查看图表中显示的平均探针时间，我们注意到，Groupware工作负载的平均探针响应时间在所有工作负载中是最高的。
When we reviewed the average probe responses represented on each chart, we noticed that the Groupware workload had the highest average probe response.
然后它会提供三幅图表，以显示最近1分钟、5分钟和15分钟的平均负载。
It then provides three figures that show the load average in the last minute, five minutes, and fifteen minutes. For example.
您可以使用图表与表格，在结果中，以分析负载测试结果的详细资讯。
You can analyze the details of your load test results by using the graphs and tables in the results.
通过对负载形式、等效电路、振荡回路以及温度变化对负载阻抗的影响等均作了分析计算，给出了图表或提出了经验数据。 。
Abstract :The author analyzes the loads of medium frequency induction heating and their equivalent circuits and resonant tanks, and presents some experience data of three typical loads.
通过对负载形式、等效电路、振荡回路以及温度变化对负载阻抗的影响等均作了分析计算，给出了图表或提出了经验数据。 。
Abstract :The author analyzes the loads of medium frequency induction heating and their equivalent circuits and resonant tanks, and presents some experience data of three typical loads.
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