它包含了一套广泛的单元测试源代码，开发者可以修改函数库源代码并使用单元测试验证其功能。
It includes an extensive set of unit tests with the source code. Developers can modify the library and use the test to verify its functionality.
功能GUI测试验证应用程序是否按预期运行。
Functional GUI testing verifies that an application works as expected.
测试验证了垂直飞行所需的所有系统功能运作，并测量STOVL系统运行时飞机安装力量和时间。
The testing demonstrates functional operation of all systems required for vertical flight, and measures the installed forces and moments on the aircraft during STOVL operations.
经试验证明该系统具有软件界面友好、测试精度高、功能强、可靠性高等优点。
The experiments testify that this system has features in friendly software interface, high precision, mighty functions and high reliability.
经试验证明该系统具有软件界面友好、测试精度高、功能强、可靠性高等优点。
Te experiments testify that this system has features in friendly software interface, high precision, mighty functions and high reliability.
动力总成控制系统在硬件在环测试中进行了功能验证和调试，在实际路面上进行了实车功能和性能试验。
The functions validation and debugging of powertrain control system are conducted by hardware-in-the-loop test and the real vehicle performance test is done on road.
系统通过仿真试验的验证，功能基本满足泵站现场测试要求。
The system can meet the basal field testing on large pumping stations according to the test by emulator.
由于减少了外围器件，使可靠性提高，成本降低，通过现场测试验证了这种电源的节能功能和强有力的保护功能。
Owing to less electronic elements, it can get higher reliability and lower cost. The test proved the power source has high power-saving effect and strong protective function.
最后通过试验对该系统进行了测试，取得了较好的效果，验证了本系统能够实现应用的基本功能，具有一定的实用价值。
Finally, the experiment is performed upon the system, and it performs well. It's proved that the system can realize basic functions. It has some practical value.
论文介绍了各个模块的功能和实现，重点阐述了编译模块的设计与实现的关键技术，并结合实例进行测试验证。
The modules were introduced, focusing on the design and implementation technologies of compile module, and testing with an example.
通过测试验证表明，该系统能够很好地对齿轮进行故障检测与诊断，从而实现了虚拟仪器诊断系统的应有功能。
Result shows that the system can be effectively used in gear fault detection and diagnosis, and it can realize the function of Virtual Instrument.
选择并实现了一种性价比好、功能强的方案，经测试验证达到了预期的技术要求。
An effective scheme with strong functions is chosen and implemented, which is proven to reach the desired goal by experiments.
通过硬件基本功能测试、物理层功能仿真验证以及模拟业务试验，证实了REPON系统可以稳定且可靠的运行，且其物理层光纤链路上的收发误码率在10-9以下。
The experimentation results show that this REPON hardware system can provide a stable and reliable performance, e. g. the bit error rate of its physical fiber link is less than 10 -9.
通过硬件基本功能测试、物理层功能仿真验证以及模拟业务试验，证实了REPON系统可以稳定且可靠的运行，且其物理层光纤链路上的收发误码率在10-9以下。
The experimentation results show that this REPON hardware system can provide a stable and reliable performance, e. g. the bit error rate of its physical fiber link is less than 10 -9.
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