机电一体化系统接口测试

Pub Date : 2022-01-01 DOI:10.3844/jmrsp.2022.22.27
L. Sima, M. Zapciu
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引用次数: 2

摘要

近年来,机电一体化系统的发展产生了很大的影响。当将它们的机械、电气和电子部件与旧型号进行比较时,对更高层次的命令和要求作出反应。他们的测试变得更加复杂,并且经常使用混合方法。本软件采用硬件接口和软件接口。硬件接口采用预测方法,以“级联”的形式线性开发。软件方法包括系统需求,其中使用测试方法的混合组合是首选的。硬件和软件接口的测试必须尽可能准确,就像为各自的组件或集成系统选择正确的模型一样。本研究讨论使用“瀑布”和“V”作为混合测试方法。本文的目的就是提出这样一种测试方法。
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Testing the Interfaces for Mechatronic Systems
: The evolution of mechatronic systems had a large impact in recent years. When comparing them in terms of their mechanical, electrical and electronic components with their older variants, responds to a more elevated level of commands and requirements. Their testing has become more complicated and hybrid methods are often used. Hardware and software interfaces are used for this software. Hardware interfaces use a predictive approach method, developed linearly in the form of a "cascade". The software approach includes system requirements, where using a hybrid combination of test methods is preferred. Testing of hardware and software interfaces must be as accurate as possible, as is choosing the right models for the respective component or integrated system. This study discusses the use of "Waterfall" and "V" as a hybrid test method. The purpose of this article is to present such a test method.
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