Tactical line-of-sight path reliability: Propagation climate factors

K.H. Brockel, J.R. Inserra, F.G. Loso, P. Major, V. Procopio, K. D. Chaney, R. J. Locher, A. Vigants, W. Barnett, M. Riehl
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引用次数: 8

Abstract

A line-of-sight propagation reliability working group, convened by the US Army Communications-Electronics Command, has developed a propagation reliability model. The Model includes a climate factor for fading to allow worldwide planning of reliable terrestrial communications links. The authors introduce a new application concept, a monthly climate factor, to meet tactical needs since the probability of fading can vary significantly from month to month. Climate factor estimation is described and illustrated with examples from the Arabian peninsula. The propagation reliability model, including monthly climate factors, has been incorporated in a new battlefield automated radio planning system, the Joint Tactical Area Communications Systems (Provisional) Network Planning Terminal.<>
战术视线路径可靠性:传播气候因素
由美国陆军通信电子司令部召集的视距传播可靠性工作组开发了一种传播可靠性模型。该模式包括一个衰落的气候因素,以便在全球范围内规划可靠的地面通信链路。作者引入了一个新的应用概念,即月气候因子,以满足战术需要,因为衰落的概率在每个月都有很大的变化。以阿拉伯半岛为例,对气候因子估算进行了描述和说明。包括月度气候因素在内的传播可靠性模型已被纳入一个新的战场自动化无线电规划系统——联合战术区域通信系统(临时)网络规划终端b>
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