Path-loss Characterization for PTP in an Urban Area Propagation Prediction via 5.8 GHz

A. Ibrahim, M. Ismail, K. Jumari
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Abstract

This paper discusses path-loss characteristics as a function of tree effect to the signal during the rain in an urban line-of-sight link optimization for intelligent traffic light management system. Measurements were made in metropolitan Bangi area covered by high density of building and trees, using spectrum analyzer at an antenna height of 18 m for data collection. Dependence of path-loss on the distance between antenna transmit and antenna connected to spectrum analyzer was analyzed. This observable fact can be interpreted by the existence of an effective environment. The attenuation coefficient of the rain and trees, tend to be larger at lower antenna height.
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5.8 GHz城市区域PTP传播预测中的路径损耗特性
本文讨论了城市智能交通灯管理系统视距链路优化中的路径损耗特性作为降雨时树效应对信号的函数。测量是在建筑和树木密集的班吉市区进行的,使用天线高度为18米的频谱分析仪进行数据收集。分析了路径损耗与天线发射距离和连接到频谱分析仪的天线距离的关系。这一可观察到的事实可以用有效环境的存在来解释。天线高度越低,雨水和树木的衰减系数越大。
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