Next UHF band WAVE system architecture design

T. Tsuboi, N. Yoshikawa
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引用次数: 1

Abstract

This paper describes WAVE (Wireless Access in Vehicle Environment) system design especially for UHF frequency band. Especially 700MHz band is currently used for analog TV terrestrial service in the world and it is going to be terminated soon or done in the world. Japan will terminate 700MHz band analog TV in July 2011 and it is going to assign new application system from 2012. In terms of WAVE system, IEEE802.11p standard is available in currently world wide standardization activities and it is focused on 5.9GHz frequency band. However 700MHz band has more technology advantage not only longer range communication but also hidden vehicles access such as in urban area. In Japan, MIC (Ministry of Internal Affaires and Communications) is going to assign ITS (Intelligent Transport System) frequency at 720MHz band with 10MHz bandwidth and started several field tests. In order to use 700MHz technology advantage, authors propose optimized 700MHz WAVE system architecture design and it will be useful for future standardization.
UHF波段下波系统架构设计
本文介绍了车辆环境无线接入(WAVE)系统的设计,特别是UHF频段的设计。特别是目前世界上用于模拟电视地面业务的700MHz频段,在世界范围内即将被终止或淘汰。日本将于2011年7月终止700MHz频段的模拟电视,并从2012年开始分配新的应用系统。在WAVE系统方面,IEEE802.11p标准目前在世界范围内的标准化活动中可用,其重点是5.9GHz频段。然而,700MHz频段具有更大的技术优势,不仅通信距离更远,而且可以在城市地区隐藏车辆访问。在日本,总务省(MIC)将把ITS(智能交通系统)的频率分配到720MHz频段,带宽为10MHz,并开始了几次现场测试。为了充分利用700MHz的技术优势,提出了700MHz WAVE系统的优化架构设计,为今后的标准化工作提供参考。
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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