Design and Analysis of 5G Telemedicine Systems

Lalit Chettri, R. Bera
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Abstract

Recently, remote health care is one of the serious issues to look after. Due to lack of technological advancement, the services in heath have been degrading. This work details about design of 5G Wireless communication systems and further it is implemented in telemedicine systems. As 5G deals with FBMC as a selected waveform and this has been chosen because it has the higher spectrum allocation capability and better interference rejection as compared to that of other multicarrier techniques. The main motivation to jump into 5G technologies is because of more connected devices and it can allocate the underutilized spectrum to the secondary user verifying the certain policies. As these telemedicine systems is one of the most needed technologies in health care especially in remote places and 5G systems has higher data rate where the health specialist can receive the patient status at less time and act as per the condition. This work details about transmission of patient’s vital sign, image and video and analysis which are most essential components in future Telemedicine systems.
5G远程医疗系统设计与分析
最近,远程医疗是需要关注的严重问题之一。由于缺乏技术进步,卫生服务一直在退化。本文详细介绍了5G无线通信系统的设计,并在远程医疗系统中实现。由于5G将FBMC作为选定的波形处理,因此选择它是因为与其他多载波技术相比,它具有更高的频谱分配能力和更好的抗干扰性。跨入5G技术的主要动机是因为更多的连接设备,它可以将未充分利用的频谱分配给验证某些策略的二级用户。由于这些远程医疗系统是医疗保健中最需要的技术之一,特别是在偏远地区,5G系统具有更高的数据速率,卫生专家可以在更短的时间内接收患者状态并根据病情采取行动。本文详细介绍了未来远程医疗系统中最重要的组成部分——患者生命体征、图像和视频的传输和分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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