The Utilisation of Multi-Antenna Enhanced Mobile Broadband Communications in Intelligent Transportation Systems

M. Mehta, M. Guinan
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引用次数: 5

Abstract

Car connectivity with road infrastructure is a hot topic in the field of intelligent transportation systems. Safety and mobility applications require effective and reliable transmissions while vehicles are on the move. Different transmission-technologies (DAB, DSRC, 3G, WiMAX) are currently studied in various projects and standardization initiatives. Mobile broadband wireless access (MBWA) also helps meet these needs by providing internet-based networking. One technology that helps MBWA systems further meet the needs of future ITS systems is multi-antenna signal (MAS) processing software. This technology uses a small cluster of antennas in base stations and/or user terminals to expand network capacity, spectral efficiency, user-data rates, and range, helping to deliver the operational needs of ITS communication systems. This paper discusses how MAS-enabled systems enhance MBWA networks in such systems, and focuses on the technologies and standards that support this role.
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多天线增强移动宽带通信在智能交通系统中的应用
汽车与道路基础设施的互联是智能交通领域的研究热点。安全和移动应用需要在车辆行驶时有效可靠的传输。不同的传输技术(DAB、DSRC、3G、WiMAX)目前正在各种项目和标准化计划中进行研究。移动宽带无线接入(MBWA)也通过提供基于互联网的网络来帮助满足这些需求。帮助MBWA系统进一步满足未来ITS系统需求的一项技术是多天线信号(MAS)处理软件。该技术使用基站和/或用户终端中的小型天线集群来扩展网络容量、频谱效率、用户数据速率和范围,有助于满足ITS通信系统的运营需求。本文讨论了支持mas的系统如何在这样的系统中增强MBWA网络,并着重于支持这一角色的技术和标准。
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