Overview of WBAN from Literature Survey to Application Implementation

Israa Al Barazanchi, Wahidah Hashim, A. Alkahtani, H. Abbas, Haider Rasheed Abdulshaheed
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引用次数: 5

Abstract

The science of Wireless Body Area Network (WBAN) and its overwhelming potential over medical treatment and body testing has greatly improved over the years, and with the globalization phenomenon hospitals are now able to treat their patients remotely, and medical camps have proved to be much more productive than before. This paper will focus on the existing trends and literature survey, the pre-laying architecture, and the working WBAN system, along with its networking capabilities and practical applications. With the growing need for medical treatment and healthcare, WBAN has become a necessity at treating patients, then and there as required. The usage of the WBAN systems is not only limited to the healthcare field, but also for military and space training. The WBAN ideology and the networking methods can be implemented for various fields that includes distributed networking and organizational needs. This study aims to provide a detailed overview over the varying aspects, structures, and applications that the WBAN can satiate. The ability to autonomously operate and provide sensor data from various parts of the human body and transfer the data to a geographically far or remote location for real-time accessing and support, has made WBAN a lifesaver. Also, the various parts of the WBAN system can be added and removed as per the application requires greatly providing flexibility, and in-turn provide better real-world support than any other smart systems.
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无线宽带网络从文献综述到应用实现概述
无线体域网络(WBAN)的科学及其在医疗和身体测试方面的巨大潜力多年来得到了极大的改善,随着全球化现象的出现,医院现在能够远程治疗患者,医疗营地已被证明比以前更有成效。本文将重点介绍WBAN的发展趋势和文献综述、预铺设体系结构和工作系统,以及其组网能力和实际应用。随着对医疗和保健的需求日益增长,无线宽带网络已成为根据需要就地治疗病人的必要手段。WBAN系统的应用不仅局限于医疗保健领域,还可用于军事和空间训练。WBAN的思想和组网方法可以应用于各种领域,包括分布式组网和组织需求。本研究旨在详细概述无线宽带网络可以满足的不同方面、结构和应用。自主操作和提供来自人体各个部位的传感器数据的能力,并将数据传输到遥远的地理位置以进行实时访问和支持,使WBAN成为救星。此外,WBAN系统的各个部分可以根据应用需要进行添加和删除,极大地提供了灵活性,从而提供了比任何其他智能系统更好的实际支持。
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