Computation and data sensitivity are the metrics of the current Internet of Things (IoT). In cloud data centers, current analytics are often hosted and reported on suffering from high congestion, limited bandwidth, and security mechanisms. Various platforms are developed in the area of fog computing and thus implemented and assessed to run analytics on multiple devices, including IoT devices, in a distributed way. Fog computing advances the paradigm of cloud computing on the network edge, introducing a number of options and facilities. Fog computing enhances the processing, verdicts, and interventions to occur through IoT devices and spreads only the necessary details. The ideas of fog computing based on IoT in healthcare frameworks are exploited by shaping the disseminated delegate layer of insight between sensor hubs and the cloud. The cloud proposed a system adapted to overcome various challenges in omnipresent medical services frameworks, such as portability, energy efficiency, adaptability, and unwavering quality issues, by accepting the right to take care of certain weights of the sensor network and a distant medical service group. An overview of e-health monitoring system in the context of testing and quality assurance of fog computing is presented in this paper. Relevant papers were analyzed in a comprehensive way for the identification of relevant information. The study has compiled contributions of the existing methodologies, methods, and approaches in fog computing e-healthcare.

中文翻译：

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基于雾计算的物联网健康监测系统评估与质量保证

计算和数据敏感性是当前物联网（IoT）的指标。在云数据中心中，经常托管和报告当前的分析，这些分析遭受了高拥塞，带宽有限和安全机制的困扰。在雾计算领域开发了各种平台，因此可以实施和评估各种平台，以便以分布式方式在包括物联网设备在内的多个设备上运行分析。雾计算在网络边缘上推进了云计算的范式，引入了许多选项和功能。雾计算可增强通过物联网设备进行的处理，判定和干预，并且仅散布必要的细节。通过在传感器集线器和云之间构建分散的代理见解层，可以利用基于IoT的医疗保健框架中的雾计算思想。云提出了一种系统，该系统通过接受照顾传感器网络和远程医疗服务小组某些权重的权利，而适用于克服无所不在的医疗服务框架中的各种挑战，例如便携性，能源效率，适应性和毫不动摇的质量问题。 。本文介绍了在雾计算的测试和质量保证的背景下的电子健康监控系统的概述。对相关文件进行了综合分析，以识别相关信息。该研究汇编了雾计算电子医疗中现有方法，方法和方法的贡献。通过接受照顾传感器网络和远距离医疗服务小组某些权重的权利。本文介绍了在雾计算的测试和质量保证的背景下的电子健康监控系统的概述。对相关文件进行了综合分析，以识别相关信息。该研究汇编了雾计算电子医疗中现有方法，方法和方法的贡献。通过接受照顾传感器网络和远距离医疗服务小组某些权重的权利。本文介绍了在雾计算的测试和质量保证的背景下的电子健康监控系统的概述。对相关文件进行了综合分析，以识别相关信息。该研究汇编了雾计算电子医疗中现有方法，方法和方法的贡献。