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A Cloud-Fog Based Architecture for IoT Applications Dedicated to Healthcare

机译：用于医疗保健的IoT应用的基于云雾的架构

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摘要

Cloud-Fog computing architectures are new paradigms designed to add advantages to the existing architectures for Internet of Things (IoT). This paper proposes an inter-operable cloud-fog based IoT architecture for healthcare. It describes its architecture, environmental context, and user context. The proposed architecture supports the mobility of the patients as well as the diversity of the medical cases. The features of the individual modules are discussed and the interconnection between the different underlying modules and tiers is explained. Task scheduling and allocation approach is proposed to effectively balance healthcare tasks distribution. The performance evaluation of the proposed approach is presented with different number of tasks and cloud nodes. The simulation results show acceptable results in terms of miss ratio, cost, and latency.
机译：云雾计算架构是新的范例，旨在为物联网（IoT）的现有架构增加优势。本文提出了一种可互操作的基于云雾的物联网架构，用于医疗保健。它描述了其体系结构，环境上下文和用户上下文。所提出的架构支持患者的机动性以及医疗案例的多样性。讨论了各个模块的功能，并说明了不同基础模块和层之间的互连。提出了任务调度和分配方法，以有效地平衡医疗任务分配。在不同数量的任务和云节点的情况下，提出了该方法的性能评估。仿真结果显示出在遗漏率，成本和等待时间方面可接受的结果。

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