协同异构物联网健康

F. Zahran, Amal O. Hamada, M. Azab
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引用次数: 1

摘要

物联网是构建更加互联合作的未来的基石。物联网通过实现无处不在、智能、情境和上下文感知、感知和驱动物理世界,彻底改变了现代科学。(p) (p)物联网的参与和影响跨越多个应用领域。然而,物联网系统的孤立设计和部署限制了它们的合作能力。这种合作将带来许多好处,例如;通过协作通信延长设备寿命,共享信息以提高资源利用率,通过潜在冗余提高可靠性。(p) (p)在本文中,我们通过一个医疗保健案例研究讨论了实现异构物联网设备之间自主合作的影响。本文介绍了关键的使能因素,我们对合作物联网系统的设计,以及这种合作对心血管患者的影响的研究。仿真结果表明了该系统在最小化功耗方面的有效性。进一步,通过吞吐量来衡量系统的性能,并证明了该系统在挽救患者生命方面的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cooperative Heterogeneous IoT for Health
IoT or the Internet of Things, is the building block to a more interconnected cooperative future. IoT revolutionizes the modern science by enabling pervasive, smart, situation and context -aware, sensing and actuation of the physical world. (/p) (p)IoT involvement and impact cross cuts multiple application domains. However, the isolated design and deployment of IoT systems limited their abilities to cooperate. Such cooperation would bring many benefits such as; extending the lifetime of devices via cooperative communication, sharing information for enhanced resource utilization, enhancing reliability by potential redundancy. (/p) (p)In this paper, we discusse the impact of enabling autonomous cooperation between heterogeneous IoT devices through a health care case study. The paper presented the key enablers, our design for cooperative IoT system, and a study of the impact of such cooperation on a cardiovascular patient. Simulation results show the effectiveness of the proposed system in minimizing the consumed power. Further, the performance of the system are measured through throughput and prove the effectiveness of the proposed system in saving patients’ life.
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