车载智能天线设计与实现

Prof. Rajveer Singh Yaduvanshi, Msit Nishtha
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引用次数: 1

摘要

无线通信消除了电子系统中用于扩展连接的电线术语,从而使人类的生活更加轻松。无线传感器使人类的生活变得舒适。自动驾驶汽车将是下一代汽车的时代。这些车辆将安装许多集成传感器,以便在行驶过程中自主决策。这些车辆具有与基础设施以及自我通信的能力。他们配备了信息娱乐和娱乐设施。这些汽车与自身和周围环境的无线通信最需要紧凑高效的集成天线。MIMO天线被提出用于分集接收,具有紧凑的尺寸和未来主义的美学设计。实验结果与近距离模拟结果进行了比较。嵌入纳米DRA的自力更生车辆是本研究的独特之处。未来的汽车设计应该是自动驾驶和自动充电,并可能集成纳米天线和远程雷达(LRR)作为传感器。智能车载天线的概述也包括在内。已经提出了用于智能车辆的高效和紧凑的天线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Antenna Design And Implementation For Vehicles
Wireless communication has eased out human life by eradicated wires jargons running around electronic systems for extending connections. Wireless sensors have made human life comfortable. Self-driving cars will be the era of next generation vehicles. These vehicles will be housing many integrated sensors for taking autonomous decisions while in route. These vehicles have communication capability with infrastructure as well as self. They are equipped with facilities of infotainment and entertainment. Communication wirelessly with self and surrounding have utmost need of compact and efficient integrated antennas for these automotive vehicles. MIMO based antenna has been proposed for diversity reception along with compact size and futuristic aesthetic design. Experimental results have been compared with simulated with close proximity. Self-reliance vehicles embedded with Nano DRA have been unique features of this research. Futuristic design of automotive vehicles should be self-driving and self-charging with possible integration of Nano antennas and Long Range Radar (LRR) as sensor. Overview of smart vehicle antennas has also been included. Possible efficient and compact antennas for use of smart vehicles have been proposed.
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