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Taxonomy of Faults Influencing the Quality of Automation Production Systems

机译：影响自动化生产系统质量的故障分类

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The development of automation production systems (aPS) is an ongoing task characterized by incremental changes to evolve the system to adapt to the increasingly volatile requirements and technological changes. Insuring a high quality for the system undergoing developmental changes is indispensable in the field of automation systems. The identification of possible faults that may arise due to intended or unintended changes to the aPS as well as their effect on quality can help in avoiding system failures and maintaining the desired performance. Towards this objective, taxonomy of aPS faults is proposed and used to derive possible influences on the different aspects of the system quality. This taxonomy adopts a comprehensive viewpoint by considering physical as well as human faults occurring throughout the entire aPS life cycle. The feasibility of the proposed taxonomy is demonstrated based on an aPS lab size demonstrator and by considering different fault scenarios.
机译：自动化生产系统（aPS）的开发是一项持续不断的任务，其特征是进行增量更改以发展系统以适应不断变化的需求和技术变化。在自动化系统领域中，为经历发展变化的系统确保高质量是必不可少的。识别由于aPS的有意或无意更改而可能引起的可能的故障及其对质量的影响，有助于避免系统故障并保持所需的性能。为了实现这一目标，提出了aPS故障分类法，并用于推导对系统质量不同方面的可能影响。该分类法通过考虑在整个aPS生命周期中发生的物理故障和人为故障，采用了全面的观点。基于aPS实验室规模的演示者并考虑了不同的故障情况，证明了拟议分类法的可行性。

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