Microservice-Based Performance Problem Detection in Cyber-Physical System Software Updates

A. Gartziandia
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引用次数: 2

Abstract

Software embedded in Cyber-Physical Systems (CPSs) usually has a large life-cycle and is continuously evolving. The increasing expansion of IoT and CPSs has highlighted the need for additional mechanisms for remote deployment and updating of this software, to ensure its correct behaviour. Performance problems require special attention, as they may appear in operation due to limitations in lab testing and environmental conditions. In this context, we propose a microservice-based method to detect performance problems in CPSs. These microservices will be deployed in installation to detect performance problems in run-time when new software versions are deployed. The problem detection is based on Machine Learning algorithms, which predict the performance of a new software release based onknowledge from previous releases. This permits taking corrective actions so that system reliability is guaranteed.
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基于微服务的信息物理系统软件更新性能问题检测
嵌入在信息物理系统(cps)中的软件通常具有较长的生命周期,并且是不断发展的。物联网和cps的不断扩展凸显了对远程部署和更新该软件的额外机制的需求,以确保其正确的行为。性能问题需要特别注意,因为由于实验室测试和环境条件的限制,它们可能在操作中出现。在这种情况下,我们提出了一种基于微服务的方法来检测cps中的性能问题。这些微服务将部署在安装中,以便在部署新软件版本时检测运行时的性能问题。问题检测基于机器学习算法,该算法根据以前版本的知识预测新软件版本的性能。这允许采取纠正措施,从而保证系统的可靠性。
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