[天线]WiMAX ANTENNAS FOR INTELLIGENT TRANSPORT SYSTEM COMMUNICATIONS

WiMAX ANTENNAS FOR INTELLIGENT TRANSPORT SYSTEM COMMUNICATIONS 7CIN!vrC|1  
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I.J. Garcia Zuazola*(1, 2), J.M.H. Elmirghani(1), and J.C. Batchelor(2) X Xque-  
(1)Institute of Advanced Telecommunications, (2)Department of Electronics, tpfgUZ{  
University of Wales Swansea, University of Kent, c4JV~VS+  
Swansea, Wales, SA2 8PP, UK Canterbury, Kent, CT2 7NT, UK ]\E"oZ  
*Email: [url=mailto:igarcia@theiet.org]igarcia@theiet.org[/url] T(J'p4  
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Abstract: Antennas suitable for Intelligent Transport Systems (ITS) are overseen. The 2g.lb&3W  
antennas serve a narrow-band high performance unlicensed 5.470-5.725 GHz Worldwide ;kFD769DLw  
Interoperability for Microwave Access (WiMAX) deployed over a full-duplex bi-directional YIQD9  
optical link. The system is composed of 3-RFports aimed to support Adaptive Antenna ]e>qvSuYh  
System (AAS), Multiple-Input Multiple-Output (MIMO) and Sectorization, for PmR].Ohzi  
communications of about 70 ~ 100 Mbps over micro-cells along highways to moving vehicles !3Q0Ahf  
incorporating a Ultra Wide Band (UWB) network of 480 Mbps. L9GLjRp-  
A design study has been carried out to assess the most cos .. 222 Y?3>@D  
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