首页> 外国专利> VEGETATION COOLING MODEL CALCULATION SYSTEM AND METHOD TO ANALYZE THE EFFECT OF TEMPERATURE REDUCTION ACCORDING TO VEGETATION CHARACTERISTICS

VEGETATION COOLING MODEL CALCULATION SYSTEM AND METHOD TO ANALYZE THE EFFECT OF TEMPERATURE REDUCTION ACCORDING TO VEGETATION CHARACTERISTICS

机译:植被冷却模型计算系统和方法分析植被特征的降温效果

摘要

The present invention is a system and method for calculating an analysis model for analyzing the effect of temperature reduction according to vegetation characteristics, by setting an investigation target area for simulating meteorological phenomena, and reflecting the meteorological information and local characteristics of the area to be investigated. A target area modeling unit that calculates an area model; A maximum temperature calculation model calculation unit that calculates a maximum temperature calculation model of the survey target area; A surface characteristic modeling unit that calculates a surface characteristic model in which vegetation characteristics of the area to be investigated are reflected in at least one of the surface characteristic factors; A vegetation area temperature cooling model calculation unit that applies the surface characteristic model to the maximum temperature calculation model; And an analysis unit that applies the vegetation region temperature cooling model to the target region model to analyze the temperature cooling effect according to the vegetation characteristics of the target region, and applies a temperature cooling model in which the individual vegetation characteristics of the target region are specifically reflected. By doing so, it is possible to more accurately calculate the actual temperature cooling effect of the vegetation area.
机译:本发明是一种用于计算分析模型的系统和方法,用于根据植被特征来分析温度降低的影响,通过设定用于模拟气象现象的调查目标区域,并反映出要调查的区域的气象信息和局部特征。一个计算区域模型的目标区域建模单元;最大温度计算模型计算单元,计算调查目标区域的最高温度计算模型;一种表面特征建模单元,计算表面特征模型,其中所研究区域的植被特性反映在表面特征因子中的至少一个;一种植被区域温度冷却模型计算单元,将表面特征模型应用于最大温度计算模型;和一个分析单元,将植被区域温度冷却模型应用于目标区域模型,以根据目标区域的植被特性分析温度冷却效果,并应用一个温度冷却模型,其中目标区域的各个植被特征是特别反映。通过这样做,可以更准确地计算植被区域的实际温度冷却效果。

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