自动测试

Intelligent testing instruments and automation testing system have been greatly improved in research and industrialization, and formed automatic testing systems for aerospace, electromechanics, appliances, seismic monitoring, climate probing, environment monitoring.

智能式系列测试仪器与自动测试系统的研究及产业化水平大幅度提高，组建了航空航天测试、机电产品测试、家用电器测试、地震监测、气象探测、环境监测等各行业的自动测试系统。

A set of automatic testing and fault diagnosis system for a certain control and change component is introduced. The realizing technique of hardware and software for automatic testing is discussed.

介绍了某控制转换装置测试仪的自动测试和故障诊断的设计思想，讨论了测试仪的硬软件设计中如何实现自动测试，以及利用FAN算法来计算故障定位测试向量的故障诊断思想和方法。

The holistic design of the system and resolved the designs of software and hardware based on VXI bus are put forward according to the demand of test system. The hardware and software is designed, including the formation and design of hardware system, visual instrument software architecture, program design for instrument driver, high speed real-time data collection. In the dynamic test program, the idea of"software is instrument"was applied to meet the diverse test demands. Last, it is proposed that the VXI test system be developed to more totalization and networked. The basic theory of system identification was introduced briefly at first. The principle of spectrum analysis system identification based on Wiener-Hopf equation was expatiated. and the questions in applying Peusdo Random signal as spectrum analysis methods stimulate signal was studied, The generation principle of the peusdo random signal is researched, the characteristic of peusdo random are analyzed from time domain and frequency domain, the inverse repeat peusdo random signal is brought forward to make up the shortage of ordinary peusdo random signal. And a new chaos genetic algorithmis presented to solve the unprecise problem of the traditional method. In the servo valve dynamic characteristic test system, the spectrum analysis methods was applied successfully, the servo valve dynamic characteristic could be acquired rapidly and exactly, the test results were analyzed and the ameliorate methods were brought forward at last.

结合航天某集团液压测试中心测试系统的需求，提出了基于VXI总线的液压测试系统的整体设计方案，完成了测试系统的硬件设计与软件设计，包括硬件系统构成与设计、虚拟仪器软件结构、仪器驱动程序设计、高速同步实时数据采集等内容；以伺服阀动态特性测试为例设计了测试模块，该模块体现了VXI总线仪器软件开发所倡导的"虚拟仪器"的思想，以软件的灵活应用满足了不同的测试需求；结合自动测试系统的发展，研究了VXI测试系统与网络技术结合，实现各种软硬件资源共享，进一步提高设备及数据的利用率和系统的扩展性，使自动测试向综合化、网络化方向发展；研究了伪随机信号作为谱分析法辨识的激励信号时存在的问题，讨论了伪随机信号的产生机理，从频域和时域分析了伪随机信号的性质及其应用，提出了用逆重复伪随机信号弥补了普通伪随机信号的不足，并以混沌遗传算法对逆重复伪随机信号产生过程中的参数进行优化，可以更合理而不是凭经验产生需要的逆重复伪随机信号。

Objective To study and inquire on CAAM.Methods According to the author's own experience in developing medical automatic measurement instruments,we described the development of CAAM.

目的 研究与探讨医学自动测试模式方法结合笔者现有的自主开发的自动测试实例，回顾测试模式的发展历程。

Nowadays there is a certain difference between rapid scanning and automatic data acquisition method adopted in automatic test and necessary stable time required by reflectance test and strict requirement on object to be tested, this is the main issue existing in coal petrologic automatic analytical technology now.

目前自动测试所采取的快速扫描和自动数据采集方法，与反射率测试所需的必要稳定时间和对测试对象的严格要求有一定差距，这是目前煤岩自动分析技术存在的主要问题。

In the dynamic test program, the idea of"software is instrument"was applied to meet the diverse test demands. Last, it is proposed that the of VXI test system be developed to more totalization and networked. The basic theory of system identification was introduced briefly at first.

并结合自动测试系统的发展，研究了VXI测试系统与网络技术结合，实现各种软硬件资源共享，进一步提高设备及数据的利用率和系统的扩展性，使自动测试向综合化、网络化方向发展。

The holistic design of the system and resolved the designs of software and hardware based on VXI bus are put forward according to the demand of test system. The hardware and software is designed, including the formation and design of hardware system, visual instrument software architecture, program design for instrument driver, high speed real-time data collection. In the dynamic test program, the idea of"software is instrument"was applied to meet the diverse test demands. Last, it is proposed that the VXI test system be developed to more totalization and networked. The basic theory of system identification was introduced briefly at first. The principle of spectrum analysis system identification based on Wiener-Hopf equation was expatiated. and the questions in applying Peusdo Random signal as spectrum analysis methods stimulate signal was studied, The generation principle of the peusdo random signal is researched, the characteristic of peusdo random are analyzed from time domain and frequency domain, the inverse repeat peusdo random signal is brought forward to make up the shortage of ordinary peusdo random signal. And a new chaos genetic algorithmis presented to solve the unprecise problem of the traditional method. In the servo valve dynamic characteristic test system, the spectrum analysis methods was applied successfully, the servo valve dynamic characteristic could be acquired rapidly and exactly, the test results were analyzed and the ameliorate methods were brought forward at last.

结合航天某集团液压测试中心测试系统的需求，提出了基于VXI总线的液压测试系统的整体设计方案，完成了测试系统的硬件设计与软件设计，包括硬件系统构成与设计、虚拟仪器软件结构、仪器驱动程序设计、高速同步实时数据采集等内容；以伺服阀动态特性测试为例设计了测试模块，该模块体现了VXI总线仪器软件开发所倡导的&虚拟仪器&的思想，以软件的灵活应用满足了不同的测试需求；结合自动测试系统的发展，研究了VXI测试系统与网络技术结合，实现各种软硬件资源共享，进一步提高设备及数据的利用率和系统的扩展性，使自动测试向综合化、网络化方向发展；研究了伪随机信号作为谱分析法辨识的激励信号时存在的问题，讨论了伪随机信号的产生机理，从频域和时域分析了伪随机信号的性质及其应用，提出了用逆重复伪随机信号弥补了普通伪随机信号的不足，并以混沌遗传算法对逆重复伪随机信号产生过程中的参数进行优化，可以更合理而不是凭经验产生需要的逆重复伪随机信号。

In order to separate tests from commercial testing tool adopted within the testing platform and make tests independent with the changes of the tested application, we make use of key word-driven software testing framework which is the most mature technology in the current software testing area to guide the implementation of Aegis.

为了实现将测试和自动测试工具以及应用程序本身的变化隔离开来，我们选择了当前最为成熟的软件自动化测试技术——关键字驱动的软件测试框架来指导自动测试平台Aegis的构建。

Zhu Meng in detail discussed the test automation tool principle from test automation tool angle, as well as introduced the Nuint use vividly, and that made the meeting members have a deep understanding on the important of the test and on how to carry on it.

朱猛从自动测试工具的角度，详细地讨论了自动测试工具的原理，以及生动地介绍了Nuint的使用，使得到会会员对于测试的重要性以及怎样进行测试有了深刻的认识。

The thesis discusses the development and current condition of test software,analyses the frame and theory of Automated Test System,and put forward the design idea of Automated Test System configuration software.

论文对自动测试系统、测试系统软件的现状和发展进行了阐述，深入分析自动测试系统的结构和工作原理，提出了自动测试系统组态软件的设计思想。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。