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Waveform design priorities in different wireless communications systems for 5G beyond

机译:超越5G的不同无线通信系统中的波形设计优先级

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It is thought that a huge inclusive system will be achieved which includes many different wireless communications systems while 5G and beyond networks are being developed. These communications systems which can be classified according to different system requirements show a characteristic converging to a generic but flexible structure. In this study, waveform design priorities of various wireless communications systems are analyzed which include aeronautical communications, millimeter wave communications, cognitive radio, machine-to-machine communications, device-to-device communications, and vehicle-to-vehicle communications under the inclusive structures of 5G and beyond. Besides, some considerations are presented about the current waveform designs which allow flexible operations and have hybrid structures with adaptive properties for the inclusive structures of 5G beyond.
机译:人们认为,随着5G及以后网络的发展,将实现一个巨大的包容性系统,其中包括许多不同的无线通信系统。可以根据不同的系统要求进行分类的这些通信系统具有收敛到通用但灵活的结构的特性。在这项研究中,分析了各种无线通信系统的波形设计优先级,其中包括航空通信,毫米波通信,认知无线电,机器对机器通信,设备对设备通信以及车辆对车辆通信,包括5G及以上的结构。此外,还提出了一些有关当前波形​​设计的考虑因素,这些设计允许灵活的操作并具有对5G以后的包容性结构具有自适应特性的混合结构。

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