并行测试技术是解决当今大规模电路测试难题的一个重要手段。
The parallel test generation technology is an important method to resolve the difficult problem of test on massive circuits.
并行测试的任务优化调度是并行测试技术的核心问题及关键技术之一。
Optimized parallel test task scheduling is the core issue and one of the key technologies to the parallel test.
作为并行活动，精化阶段表现出一次方便的时机来考虑技术架构中的小变更如何能够更好的帮助测试设计和测试自动化。
As a parallel activity, Elaboration presents a convenient time to consider how small changes in the technical architecture can greatly facilitate test design and test automation.
正如您将很快看到的，ConTest不是单元测试的取代者，但它是处理并行程序的单元测试故障的一种补充技术。
As you'll quickly see, ConTest isn't a replacement for unit testing but a complementary technology that addresses the failures of unit testing for concurrency programs.
介绍了用FPGA实现串行stm - 1信号到并行的转换，讨论了技术难点和测试结果。
The converting of STM1 signal from serial into parallel by FPGA is introduced in this paper. The difficulty of realization and test results is discussed.
本文在总结已有并行技术的基础上，提出了并行测试生成系统的一种动态层次框架，并给出了一种实现方案。
Based on existing parallel techniques, this paper proposes a dynamic hierarchical framework for parallel ATPG and gives an implementation scheme.
从测试结果可以看出，并行与分布处理技术在液体火箭发动机复杂内流场的数值模拟方面能发挥重要作用。
The results show that parallel and distributed method can play an important role on the numerical simulation in liquid rocket engine.
如何快速准确检测微观轮廓形貌，已成为现代精密测试技术与仪器研究的重要课题，所研究的并行共焦探测方法是使微小轮廓的快速高精度检测成为可能。
How to measure the 3-D surface topography of the micro-specimens quickly and accurately has become a challenge in the field of modern micro-measurement.
如何快速准确检测微观轮廓形貌，已成为现代精密测试技术与仪器研究的重要课题，所研究的并行共焦探测方法是使微小轮廓的快速高精度检测成为可能。
How to measure the 3-D surface topography of the micro-specimens quickly and accurately has become a challenge in the field of modern micro-measurement.
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