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Performance of Channel Prediction Using 3D Ray-tracing Scheme Compared to Conventional 2D Scheme

机译:与常规2D方案相比,使用3D射线跟踪方案进行信道预测的性能

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Channel prediction tools using ray-tracing scheme can be used to get information of communication channel instead of channel measurement. Three dimensional (3D) ray-tracing technique is known for the better accuracy compared to two dimensional (2D) ray-tracing. But it requires a lot of calculations, thus 2D simulation has been generally performed. This paper shows how precious 3D ray-tracing predicts the received power indoors compared to 2D one. For this work, wave propagation phenomena are analyzed using finite difference time domain (FDTD) method and the channel measurement data also will be offered as a standard of comparison
机译:使用射线追踪方案的信道预测工具可以用来获取通信信道的信息,而不是进行信道测量。众所周知,与二维(2D)射线跟踪相比,三维(3D)射线跟踪技术具有更好的准确性。但是它需要进行大量计算,因此通常已进行了2D仿真。本文展示了与2D相比,珍贵的3D光线跟踪如何预测室内的接收功率。对于这项工作,使用有限时域(FDTD)方法分析了波传播现象,并且还将提供信道测量数据作为比较的标准

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