雾计算支持环境辅助医疗保健系统

Vivek Dave, N. Joshi
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引用次数: 1

摘要

迫切需要持续监测病人、家属和老年人的健康状况和行为。这些人往往需要医务人员持续在场,以观察他们的健康状况和行为。但是,由于某些地方和某些地点没有这类医疗观察员,可能无法获得这类病人的健康参数和行为的突然高峰。为了防止此类故障,可以利用信息通信技术和物联网的最新进展来开发环境辅助医疗(AAHC)系统。AAHC系统为患有健康问题或残疾的人提供自我保健支持。支持云计算的AAHC系统是可用的。然而,研究表明,智能设备和雾计算的发展给基于云计算的解决方案带来了许多关键挑战。雾计算有助于克服这些缺陷。本文对基于现有AAHC系统的雾计算进行了详细的综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fog computing enabled Ambient Assisted Healthcare systems
There is a severe need for continuous monitoring of health condition and behaviour of patients, dependents, and senior citizens. Often such people require continuous presence of medical staff for observing health condition and behaviour. However, unavailability of such medical observers at certain places and at certain locations may result into failure from obtaining sudden spikes in such patient's health parameters and behaviour. In order to prevent such failures, advantage of recent advancements in ICT and IoT can be taken in development of Ambient Assisted Healthcare (AAHC) systems. AAHC systems provide self-care support to people suffering with health problems or disabilities. Cloud computing enabled AAHC systems are available. However, study suggests that evolution of intelligent devices and fog computing has coined many crucial challenges against the cloud computing based solutions. Fog computing helps overcome such deficiencies. A detailed review of fog computing based existing AAHC systems is presented in this paper.
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