無線通訊產業近年來發展快速，提出第五代(5th Generation, 5G)行動通訊系統，包含巨量天線(Massive MIMO)、毫米波(Millimeter Wave, mmWave) 、異質網路(Heterogeneous Network, HetNet)及等前瞻技術，有效的提高頻譜效益(Spectral Efficiency)。相關性大尺度參數 (Large scale parameters Correlation)特性的三維空間通道模型 (Three-dimensional Spatial Channel Model)是基於技術報告3GPP TR 38.901和International Mobile Telecommunications-2020 (IMT-2020 Standard)。根據上述兩份文件，本研究使用相關數值進行模擬分析，建立通道模型。然而，5G行動通訊系統還包含排程、預編碼、傳送機制等等，未來能基於這套模擬系統增加各種技術，完成5G行動通訊系統。

The wireless communication industry has developed rapidly in recent years and has been proposed 5G mobile communication systems. According to current research results, including massive MIMO, millimeter-wave (mmWave), and heterogeneous network (HetNet) technologies, it can effectively increase the spectral and energy efficiency. The three-dimensional spatial channel model (Three-dimensional Spatial Channel Model) of the large scale parameters Correlation characteristics is based on the technical report 3GPP TR 38.901 and International Mobile Telecommunications-2020 (IMT-2020 Standard). According to the above two documents, this study uses relevant values for simulation analysis to establish a channel model. However, the 5G mobile communication system also includes scheduling, precoding, transmission mechanisms, etc. In the future, various technologies can be added based on this simulation system to complete the 5G mobile communication system.

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