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Automated test case generation approach for PLC control software exception handling using fault injection

机译:使用故障注入的PLC控制软件异常处理的自动测试用例生成方法

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The development of PLC control software in machine and plant automation is facing increasing challenges, since more and more functionality and safety aspects are in the control software's responsibility. Reliability and robustness of reactive systems in long-term operation is being influenced by physical conditions. These aspects must be considered at an early development stage in order to reduce development costs and fulfill quality requirements at the same time. We propose an automatic test case generation approach to verify the system behavior in erroneous situations using fault injection, simulating component (device) defects during runtime. We focus on the generation of a reduced set of meaningful test cases to be executed in a simulated environment to increase reliability. The applicability is demonstrated on a laboratory plant.
机译:由于越来越多的功能和安全性由控制软件负责,因此在机器和工厂自动化中开发PLC控制软件面临着越来越多的挑战。反应系统在长期运行中的可靠性和鲁棒性受到物理条件的影响。必须在开发的早期阶段考虑这些方面,以降低开发成本并同时满足质量要求。我们提出了一种自动生成测试用例的方法,以使用错误注入来验证错误情况下的系统行为,并在运行时模拟组件(设备)缺陷。我们专注于减少一组有意义的测试用例,以在模拟环境中执行以提高可靠性。在实验室中证明了其适用性。

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