Correct and Control Complex IoT Systems: Evaluation of a Classification for System Anomalies

Sina Niedermaier, Stefan Heisse, S. Wagner
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引用次数: 1

Abstract

In practice there are deficiencies in precise interteam communications about system anomalies to perform troubleshooting and postmortem analysis along different teams operating complex IoT systems. We evaluate the quality in use of an adaptation of IEEE Std. 1044-2009 with the objective to differentiate the handling of fault detection and fault reaction from handling of defect and its options for defect correction. We extended the scope of IEEE Std. 1044-2009 from anomalies related to software only to anomalies related to complex IoT systems. To evaluate the quality in use of our classification a study was conducted at Robert Bosch GmbH. We applied our adaptation to a postmortem analysis of an IoT solution and evaluated the quality in use by conducting interviews with three stakeholders. Our adaptation was effectively applied and interteam communications as well as iterative and inductive learning for product improvement were enhanced.
纠正和控制复杂的物联网系统:系统异常分类的评估
在实践中,对于系统异常进行精确的团队间沟通,以执行故障排除和对操作复杂物联网系统的不同团队进行事后分析,存在不足。我们使用IEEE标准1044-2009来评估质量,目的是将故障检测和故障反应的处理与缺陷处理及其缺陷纠正的选择区分开来。我们将IEEE Std. 1044-2009的范围从仅与软件相关的异常扩展到与复杂物联网系统相关的异常。为了评估我们分类的使用质量,Robert Bosch GmbH进行了一项研究。我们将我们的适应性应用于物联网解决方案的事后分析,并通过与三个利益相关者进行访谈来评估使用中的质量。我们的适应得到了有效的应用,团队间的沟通以及产品改进的迭代和归纳学习得到了加强。
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