Wireless Technology and System Integration in Body Area Networks for m-Health Applications

E. Jovanov
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引用次数: 125

Abstract

m-Health integrates mobile computing, medical sensor, and communications technologies for mobile health-care applications. Wireless body area networks (WBANs) of intelligent sensors represent an emerging technology for system integration with great potentials for unobtrusive ambulatory health monitoring during extended periods of time. However, system designers will have to resolve a number of issues, such as severe limitations of sensor weight and size necessary to improve user's compliance, sensor resource constraints, intermittent availability of uplink connectivity, reliability of transmission, security, and interoperability of different platforms. We present current and emerging wireless technologies and developments in pervasive and mobile technologies that are vital for implementation of WBAN-based monitors and m-Health system integration. We emphasize the problem of reliable system operation with extremely low power consumption and discontinuous connectivity, which are typical for ambulatory monitoring
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移动医疗应用中身体区域网络的无线技术和系统集成
移动健康集成了移动计算、医疗传感器和移动医疗保健应用的通信技术。智能传感器的无线体域网络(wban)代表了一种新兴的系统集成技术,具有在长时间内不引人注目的动态健康监测方面的巨大潜力。然而,系统设计者必须解决许多问题,如传感器重量和尺寸的严格限制,以提高用户的合规性,传感器资源限制,上行链路连接的间歇性可用性,传输的可靠性,安全性和不同平台的互操作性。我们介绍了当前和新兴的无线技术以及普及和移动技术的发展,这些技术对于实施基于wban的监视器和移动医疗系统集成至关重要。我们强调的问题是可靠的系统运行,极低的功耗和不连续的连接,这是典型的动态监测
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