Simulation of tropical rain attenuation for evaluation of millimeter-wave wireless network

A. Mauludiyanto, P. Hutajulu, G. Hendrantoro
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引用次数: 6

Abstract

The simulation of rain attenuation, fade slope, and fade duration overview from 3 models i.e. AR (autoregressive) model, SST (synthetic storm technique) with east-west (E-W) orientation and south-north (S-N) orientation. The simulation uses the data of rainfall measurement in Surabaya during 3 months. The biggest value of the result of the simulation for attenuation and fade slope happens in AR model, Meanwhile the value of fade duration happens in SST E-W model. Worst condition or upper bound in planning millimeter-wave wireless network if we evaluate attenuation and fade slope are given by AR or SST S-N model, but if we evaluate fade duration SST E-W model gives the worst case.
用于评估毫米波无线网络的热带雨衰减模拟
AR(自回归)模式、SST(合成风暴技术)模式在东西向(E-W)和南北向(S-N) 3种模式下对降雨衰减、衰减斜率和衰减持续时间的模拟概述。模拟采用泗水3个月的降水测量数据。衰减和衰减斜率的模拟结果最大值出现在AR模型中,衰减持续时间的模拟结果最大值出现在SST E-W模型中。在规划毫米波无线网络时,当我们评估衰减和衰减斜率时,最坏的情况或上界是由AR或SST S-N模型给出的,但当我们评估衰减持续时间时,SST E-W模型给出了最坏的情况。
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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