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Wideband MIMO channel characterization in TV studios and inside buildings in the 2.2–2.5 GHz frequency band.

机译:电视演播室和建筑物内部2.2-2.5 GHz频带中的宽带MIMO信道表征。

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摘要

Multiple input multiple output (MIMO) measurements were performed with a chirp sounder with a switched antenna array at the transmitter and eight parallel receiver channels with 96-MHz bandwidth at 2.25 GHz in TV studios and 240-MHz bandwidth at 2.38 GHz inside buildings. MIMO capacity was estimated from the data with linear and circular arrays with array sizes 2 by 2, 4 by 4, and 6 by 8. Mean capacity estimates for 30-dB signal-to-noise ratio for both line of sight and obstructed line of sight were on the order of 11–31 b/s/Hz for the 2 by 2 to 4 by 4 antenna configurations and for the 6 by 8 directional antenna measurements a median capacity of 50 b/s/Hz. This is an increase of 20 b/s/Hz from the 4 by 4 omnidirectional antenna array indicating diversity gain as well as an increase due to the number of antennas.
机译:在广播演播室中,使用a声测深仪(带有发射器天线阵列和八个并行接收器通道)进行chi输入多输出(MIMO)测量,在电视演播室中,该两个平行接收器通道在2.25 GHz处具有96MHz的带宽,在建筑物内则具有2.38 GHz处的240MHz带宽。 MIMO容量是根据线性和圆形阵列的数据估计的,阵列大小为2 x 2、4 x 4和6 x8。对于视线和受遮挡线,30 dB信噪比的平均容量估计对于2 x 2至4 x 4天线配置,视线约为11–31 b / s / Hz,对于6 x 8定向天线测量,中值容量为50 b / s / Hz。这比4 x 4的全向天线阵列增加了20 b / s / Hz,表明分集增益以及由于天线数量的增加。

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    Razavi-Ghods N.; Salous S.;

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  • 年度 2009
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  • 正文语种 {"code":"en","name":"English","id":9}
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