应用元胞自动机分析天气雷达图像的雨细胞场衰减特性

A. Nuñez, V. Pastoriza, P. Mariño, F. Fontán, U. Fiebig
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引用次数: 0

摘要

在以反射率Z (dBz)或其等效降雨率R (mm/h)表示的雨细胞动力学与卫星或地面无线电链路衰减之间可以进行直接联系。这项工作的重点是提出一种评估和描述雨团动态的方法,该方法完全基于对天气雷达图像中记录的雷达反射率扫描的分析,而没有对雨团结构的先验假设。这一研究已通过元胞自动机得到解决。利用概率元胞自动机规则和指示全局平流方向和速度的跟踪向量来模拟雨胞动力学
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characterization of the Attenuation due to Rain Cell Fields applying Cellular Automata to Weather Radar Images
A straightforward linkage between rain cell dynamics in terms of reflectivity Z (dBz) or its equivalent rain rate R (mm/h) and satellite or terrestrial radiolink attenuation can be performed. This work focuses on the presentation of an approach for assessing and characterizing rain cell dynamics based exclusively on the analysis of the radar reflectivity scans recorded in weather radar image, and without an a priori assumption on the structure of rain cells. This research has been addressed by using cellular automata. Rain cell dynamics are simulated by using probabilistic cellular automata rules and tracking vectors which indicate a global advection direction and velocity
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