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Networked Devices Meeting Dependability while Supporting the Medical Supervision of Cardiac Patients under Rehabilitation

机译：支持可靠性的网络设备，同时支持心脏康复患者的医疗监督

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Networked customer devices provide a powerful, flexible and cost-efficient implementation environment for cyber-physical system applications but due to their inherent unreliability can directly support limited dependability only. Since in such an environment non-critical functions can collect, process and prepare comprising data which supports the adaptation and optimization so that new and significantly enriched medical functions can be realized, we envisage Big Dependable Systems (BDS), a corresponding upcoming class of systems. Major steps towards their systematic development utilize approaches for communication and dynamic configuration in service-oriented systems, for automated monitoring and repair, and for in-built fault tolerance. We report on respective approaches examined and on a set of pilot applications before the vision of BDS is outlined before that background. The pilot applications employ cyber-physical systems in order to support rehabilitation training sessions which are remotely supervised and take place as well at home as in a virtual reality.
机译：联网的客户设备为网络物理系统应用程序提供了强大，灵活且经济高效的实施环境，但由于其固有的不可靠性，只能直接支持有限的可靠性。由于在这样的环境中，非关键功能可以收集，处理和准备包含支持自适应和优化的数据，从而可以实现新的且功能丰富的医疗功能，因此我们设想使用大可靠系统（BDS），这是即将推出的相应系统。系统开发的主要步骤是利用面向服务的系统中的通信和动态配置，自动监视和修复以及内置容错的方法。在此背景之前概述BDS的愿景之前，我们将报告所检查的各种方法和一系列试点应用程序。试点应用程序采用了网络物理系统，以支持远程培训的康复培训课程，这些课程在家里和虚拟现实中都可以进行。

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