测试网络物理生产系统:测试方法、分类和数据集

Zina Oudina, M. Derdour, Mohammed Mounir Bouhamed
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引用次数: 3

摘要

开发高置信度的信息物理生产系统(CPPS)是保证系统有效性和安全性的关键。由于系统的异构性,CPPS的工程需求相当棘手。此外,可能会出现系统错误和故障,需要进行测试以确保CPPSs的健壮性。目前研究的CPPS测试方法有很多种。本工作旨在对研究中的信息物理生产系统的测试方法进行分类。我们采用系统文献回顾(SLR)的方法来回顾现有的研究。我们综合了从2006年到2021年发表的220篇论文的数据集,试图对CPPS测试领域进行调查和结构化研究。我们对CPPS测试方法进行了分类,介绍了传统的CPPS测试方法,如形式化技术和模拟,以及最常用的测试平台和容器化方法。我们还介绍了用于测试CPPS的工具,以及测试CPPS的目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Testing Cyber-Physical Production System: Test Methods Categorization and dataset
Developing High-confidence Cyber-Physical Production System (CPPS) is essential to ensure system efficacy and safety. Engineering requirements for CPPS is quite tricky because of system heterogeneity. Moreover, system bugs and malfunctions may occur, requiring a test to ensure the robustness of CPPSs. There are several kinds of CPPS test Methods in research. This work aims to categorize test methods of cyber-physical production systems in research. We follow a Systematic Lit-erature Review (SLR) method to review existing research. We synthesize a dataset of 220 papers published from 2006 until 2021 seeking to survey and give structured research in the area of the CPPS test. We categorized CPPS test methods by presenting traditional methods of CPPS tests, such as formal techniques and simulation, in addition to the most used methods as testbed and containerization. We also presented used tools for testing CPPSs, and the objectives of testing CPPS.
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