测试与装配系统设计:根据测试策略选择装配方案的过程

P. Lutz
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引用次数: 1

摘要

本文阐述了将测试系统设计融入装配系统设计过程的必要性。通过这种方式,作者提出了一种将测试纳入贝桑松自动化实验室装配系统设计方法的方法。用三种变量:目标变量、操作变量和动作变量来解释和形式化测试问题的不同方面。这些变量使人们能够设计测试系统。还提出了一个五步骤过程,用于生成包括测试操作的装配计划,并根据测试策略选择计划:1)建立产品的初始数据,导致产品的操作模型;2)装配方案生成,包括测试特征;3)运用多准则分析建立一些操作性测试的知识;4)在生成的装配图中进行第一选择;5)从第一次选择后剩余的方案中进行第二次选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The testing and assembly system design: process to select assembly plans according to a testing strategy
This paper explains the necessity of integrating the design of testing systems into the process of assembly system design. In this way, the authors propose a method to include testing in the method to design assembly systems from the Laboratory of Automation in Besancon. The different aspects of the testing problem are explained and formalized with three kinds of variables: aim variable, operative variable and action variable. These variables enable one to design the testing system. A five step process is also presented which is used to generate assembly plans including testing operations and to select the plans according to a testing strategy: 1) establishment of initial data on the product, leading to an operative model of the product; 2) the assembly plan generation including the testing features; 3) the establishment of some knowledge of the operative testing by using a multicriteria analysis; 4) a first selection among the assembly plans generated; and 5) a second selection from among the plans remaining after the first selection.
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