For example, you might want to have a review quality gate in the middle of the testing phase for the automated test script framework authoring before executing any of the tests.
例如，在测试阶段的中期，您可能想要一个评审质量检验关，以在执行任何测试之前自动化测试脚本框架认证过程。
These reports can serve as a quality gate, helping you determine if proceeding to the testing phase is realistic or if you should remediate your the source code.
这些报告可以作为质量检验关，帮助您决定继续到测试阶段是不是实际的，或者是否需要重新评价源代码。
More importantly, all phases could have a quality gate associated with it, because you could use multiple gates for each phase.
更重要的是，所有的阶段都有与之相联系的质量检验关，因为您可以为每一个阶段使用多个质量检验关。
The design and coding phase of your software development lifecycle offers an opportunity for a quality gate designed around unit testing.
软件开发生命周期的设计和编码阶段，为单元测试的质量检验关提供了一个机会。
The phase detecting error caused by local oscillator frequency drift and non-synchronization of measurement signal and gate signal is eliminated and the measurement speed is improved at the same time.
该方法可以有效的消除因本振信号频率漂移及闸门信号与被测信号的非同步引起的测相误差，同时提高了测量速度。
To solve this problem, AA phase was suggested to complete geometric quantum gates. These gates have the faster gate-operation time and intrinsic geometric features of the geometric phase.
为了解决这个问题，AA相被用来实现几何量子门，研究发现，用它实现的量子门拥有较快的门运算时间和几何相位的内在几何特性。
The 2048-element CCPD to be butted USES three-phase three-level polysilicon overlapping gate buried channel structure.
用于拼接的2048位CCPD是采用埋沟三相三层多晶硅交迭栅埋沟结构。
This paper briefly describes the structure and principle of newly developed linear-array buried-channel CCD (BCCD) with 3-phase, polysilicon overlay-gate, and, experimental results are presented.
本文对已研制成的线阵三相多晶硅交迭栅埋沟CCD (BCCD)摄象器件的结构、原理及实验、结果做一个简要的阐述。
The digital trigger to silicon controlled rectifier based on field programmable gate array (FPGA) has high accuracy and the ability of phase self-adjusting.
以现场可编程门阵列（FPGA）作为触发脉冲生成器，精确性高，并具有相序自适应性。
The digital trigger to silicon controlled rectifier based on field programmable gate array (FPGA) has high accuracy and the ability of phase self-adjusting.
以现场可编程门阵列（FPGA）作为触发脉冲生成器，精确性高，并具有相序自适应性。
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