Linearized, Unified Two-Ray Formulation for Propagation over a Plane Earth

N. H. Lu
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引用次数: 11

Abstract

This article presents a linearized, unified (LU) path loss formulation based on the well-known two-ray propagation concept (William and Lee, 1982; Bullington, 1977). Incorporating practical concerns into the derivation of the LU path loss formulation make it useful to characterize a wide range of propagation effects for a variety of communications nodes deployed over various terrain types. The communications nodes considered include unmanned air vehicles (UAV), high altitude platforms, ground terminals, sensor nodes, and portable nodes, while the terrain ranging from open, rural, suburban, urban, mountainous, foliaged, fresh water, sea water, etc. In this article, the background and derivations of the model are outlined, examples illustrated, key results presented, deficiencies of simplified two-ray path loss models discussed, and future work identified
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平面地球上传播的线性化、统一的双射线公式
本文提出了一个基于众所周知的双射线传播概念的线性化、统一(LU)路径损耗公式(William and Lee, 1982;Bullington, 1977)。将实际问题纳入到LU路径损耗公式的推导中,有助于描述部署在各种地形类型上的各种通信节点的广泛传播效应。考虑的通信节点包括无人机(UAV)、高空平台、地面终端、传感器节点和便携式节点,而地形范围从开放、农村、郊区、城市、山区、植被、淡水、海水等。在本文中,概述了模型的背景和推导,举例说明,提出了关键结果,讨论了简化的双射线路径损失模型的不足,并确定了未来的工作
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