Evaluation of a New Effective Antenna Height Definition in ITU-R Recommendation P. 1546-1

E. Ostlin, Hajime Suzuki, H. Zepernick
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引用次数: 11

Abstract

The International Telecommunication Union has recently developed a new recommendation on the method of point-to-area predictions for terrestrial services in the frequency range 30 MHz to 3000 MHz. It supersedes well-known recommendations such as P.370 and P.529 (modified Okumura-Hata method) used mainly for broadcasting and mobile services, respectively. The recommendation serves as a standard in areas of spectrum management and radio technology and is constantly under development. The work is undertaken by the ITU-R Working Party 3K followed by an extensive international approval process. At the moment, P.1546-1 incorporates an effective antenna height concept similar to that in the Okumura model. It is well known that this definition for certain scenarios produces negative transmitting/base antenna height values leading to unrealistic prediction results. Therefore, a widely accepted alternative method is called for. In this paper, an effective antenna height definition that overcomes this problem is investigated. The prediction results are compared with measurement data obtained by utilising the IS-95 pilot signal of a commercial CDMA mobile network in rural Australia
ITU-R建议P. 1546-1中新的有效天线高度定义的评估
国际电信联盟最近就30兆赫至3000兆赫频率范围内地面服务的点对地区预测方法提出了一项新的建议。它取代了众所周知的建议,如分别主要用于广播和移动服务的P.370和P.529(修改的Okumura-Hata方法)。该建议是频谱管理和无线电技术领域的标准,目前正在不断发展中。这项工作由ITU-R 3K工作组负责,随后经过广泛的国际批准程序。目前,P.1546-1采用了类似于Okumura模型的有效天线高度概念。众所周知,对于某些场景的这种定义会产生负的发射/基天线高度值,从而导致不现实的预测结果。因此,需要一种被广泛接受的替代方法。本文研究了克服这一问题的有效天线高度定义方法。将预测结果与利用澳大利亚农村商用CDMA移动网络的IS-95导频信号获得的测量数据进行了比较
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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