Even if you are not in a position to create an automated test environment, you can still automate data analysis by taking advantage of runtime analysis data saved as ASCII files.
即使您没有创建自动化的测试环境，您仍然可以通过利用存储为ascii文件的运行时分析数据创建自动化的数据分析。
All top data files, including daily or weekly snapshots and LTP log files, were saved and processed in order to provide data for analysis.
所有的top数据文件，包括每天或每周的快照和LTP日志文件，都被保存并处理，以便为分析提供数据。
Output: Tree view breakdown in WebSphere Application Server administrative console; can be saved to a file for later analysis.
输出：WebSphereApplicationServer管理控制台中的树形细分视图；可保存到文件以便以后分析。
This would allow recovering folders, expanding compounded files, saved email data bases, extracting artifacts, time line analysis, and registry log analysis.
还将允许恢复文件夹，扩大复合文件，保存电子邮件数据库，提取证物，时间线分析和注册表日志分析。
And results of data analysis can be presented in forms of statistical charts or be saved as a BMP chart and printed.
数据分析的结果前端展现能以统计图或报表形式输出，并能够打印和以BMP格式保存。
To check saved humidity data, click "History humidity data report" under "Analysis", and then select time in the pop-up list under "time" to obtain the wanted data list which can be printed out.
查阅已保存的湿度数据，点击菜单区“分析”下的“历史湿度数据报表”，在“时间”下拉列表中选择时间，即可显示所测数据表格。数据表格可打印。
In finite element analysis, the bandwidth of the whole stiffness matrix is reduced by optimizing the node numbering, thereby the needed memory space is saved and the calculation time is reduced.
在有限元计算过程中，可通过优化节点编号来减少整体刚度矩阵的带宽，从而节约存储空间，减少有限元分析的计算时间。
At last, the result of harmonic analysis for current data saved in experiments has been described.
最后给出了实验电流的谐波分析及其结果。
The results show that the calculation results is identical to the results of integral model used and the time of multiple cluster stator blades strength analysis is also saved.
实际分析的结果表明：计算结果与采用整体模型的相同，大大节省了多联装静子叶片强度分析的时间。
The fault analysis branch was formed from top-event to bottom event of fault tree. The knowledge was saved in repository with chain table structure.
并用故障树表示故障原因及其传播逻辑关系，从故障树的顶事件至底事件形成故障分析支路，获取的知识以链表的结构存于知识库。
The fault analysis branch was formed from top-event to bottom event of fault tree. The knowledge was saved in repository with chain table structure.
并用故障树表示故障原因及其传播逻辑关系，从故障树的顶事件至底事件形成故障分析支路，获取的知识以链表的结构存于知识库。
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