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Analysis of Spectrum Requirements for Autonomous Driving Using SINR Probability Distributions

机译:利用SINR概率分布分析自动驾驶的频谱要求

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摘要

With the development of fifth generation of wireless communication technologies that meet the requirements of high reliability and low latency, autonomous driving is getting closer to reality. In recent years, as interest in autonomous driving has greatly increased, an international consensus has emerged that a broadband spectrum is required for autonomous driving. However, despite this attention, research has not proposed how to estimate spectrum requirements for autonomous driving to ensures quality of service for all users in the cell. Thus, in this letter, we propose a methodology of estimating spectrum requirements based on signal-to-interference-plus-noise-ratio probability distributions. In addition, a practical environment with a traffic model is set up with data analysis for autonomous driving. Through these processes, spectrum requirements for autonomous driving are estimated.
机译:随着第五代无线通信技术,满足高可靠性和低延迟的要求,自动驾驶越来越靠近现实。近年来,由于对自治驾驶的兴趣大大增加,已经出现了国际共识,即自动驾驶所需的宽带频谱。但是,尽管有这种注意,研究尚未提出如何估算自主驾驶的频谱要求,以确保电池中所有用户的服务质量。因此,在这封信中,我们提出了一种基于信号到干扰除噪声比率分布估算频谱要求的方法。此外,建立了具有流量模型的实际环境,并进行自动驾驶数据分析。通过这些过程,估计自动驾驶的频谱要求。

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