1·Error detection in-station by automated controls that will detect error and prevent discrepant part from being made.
由自动控制探测错误并防止有差异的零件被制造出来进行工位内错误探测。
2·The test result also verifies the reasonable value of surface flux calculation, the conclusion can detect error in observed data.
试验结果也证实了表面通量计算的合理性，其结论可用于对实测资料进行误差检测。
3·Simulation results show that the new detector has a lower packet detect error rate and a higher symbol timing precision compared with the existing schemes.
仿真结果表明，与已有的分组检测算法相比，新方法具有更低的分组检测错误概率，同时也改善了符号精定时的精度。
4·If your support personnel have to go to multiple consoles to manage a process or detect an error condition, the instances of human error increase.
如果您的支持人员需要通过多个控制台来管理一个流程或检测一个错误条件，人为错误实例将会增多。
5·This is a very subtle error that is difficult to detect and diagnose.
这是一个非常微妙的错误，并且难以检测和诊断。
6·Automatically detect that an error is being returned from an overloaded application and route future application requests to another server capable of running the application.
自动检测错误是否从过载应用程序中返回，并将下一个应用程序请求传送到另一个能够运行该应用程序的服务器。
7·Detect when the file breaks backward-compatibility and report an error.
在文件破坏向后兼容性时，应该能够检测并报告错误。
8·You still need to handle this exception of course, but writing a catch block to handle a detected error is much simpler than writing code to detect all possible errors.
当然还需要处理这个异常，但编写一个catch块来处理检测到的错误比起编写代码来检测所有可能的错误来说要简单得多。
9·When you detect an error or invalid state in a function, what's the best way to handle it?
优雅的退出 当你在函数中检测到一个错误或者无效状态时，最好的处理方式是什么呢？ 返回一个错误代号(error code),抛出一个异常还是调用assert()？
10·It does not automatically detect remote network errors, but instead relies on the first application encountering an error to announce it. (We explain more about this later.)
它并不自动检测远端网络故障，而是依赖于第一个遇到故障的应用程序宣告故障的存在(我们会在本文稍后的内容加以介绍)。