Study on the Ranging Estimation Based on Millimeter-Wave with Raised-Cosine Carrier

Xue-rong Cui, Xiao Chen, Huiying Song, Juan Li
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Abstract

Global navigation satellite system can only work in line of sight environment, and it fails to operate in non-line of sight to the sky. The emerging 5G cellular networks will provide the ability of device to device real-time communication, at the same time, millimeter-wave transmission is regarded as a key technique, which can provide the location precise of centimeter or millimeter level. In this paper, two millimeter-wave with Raised-Cosine carrier are introduced, and the precisions are simulated and analyzed which will provide some reference to the future waveform design in 5G.
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基于提高余弦载波的毫米波测距估计研究
全球卫星导航系统只能在视距环境下工作,不能在对天非视距环境下工作。新兴的5G蜂窝网络将提供设备对设备的实时通信能力,同时毫米波传输被视为一项关键技术,可以提供厘米或毫米级别的定位精度。本文介绍了两种带升余弦载波的毫米波,并对其精度进行了仿真分析,为未来5G的波形设计提供参考。
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