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Low Altitude Propagation Effects — A Validation Study of the Advanced Propagation Model (APM) for Mobile Radio Applications

机译:低海拔传播效应-用于移动无线电应用的高级传播模型(APM)的验证研究

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VHF signal strength data from two NOAA weather radio transmitters, located in southern California and southwestern Arizona, were collected over a wide range of topography ranging from relatively flat to mountainous terrain. Signal strength data were collected using a mobile receiver traveling from 20 km to over 100 km, with the receiving antenna at a constant height of 2.2 meters above the ground. Meteorological information was obtained from local radiosonde measurement stations at Miramar (NKX) and Yuma Proving Ground (1Y7). This data is used as the basis for a validation study of the Advanced Propagation Model (APM) to determine its applicability for low altitude mobile radio communications applications over terrain.
机译:来自位于加利福尼亚南部和亚利桑那西南部的两个NOAA气象无线电发射机的VHF信号强度数据是在从相对平坦到多山地形的各种地形中收集的。使用从20 km到100 km以上的移动接收器收集信号强度数据,接收天线的高度恒定在离地面2.2米的位置。气象信息是从Miramar(NKX)和Yuma试验场(1Y7)的当地探空仪测量站获得的。此数据用作高级传播模型(APM)验证研究的基础,以确定该模型对地形上的低海拔移动无线电通信应用的适用性。

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