基于实时气象雷达数据的龙卷风涡旋特征识别算法

J. Xu, Jianxin He, Qiangyu Zeng
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引用次数: 0

摘要

利用气象雷达资料识别龙卷风的产生和发展过程,有利于提高龙卷风预警预报的准确性和及时性。龙卷风识别算法主要通过识别速度数据中的龙卷风涡旋特征来确定龙卷风的发生和影响范围。本文首先利用运动检测算法对龙卷风可能发生的区域进行检测,然后对该区域内的龙卷风涡旋特征进行识别,最后利用模糊逻辑算法确定龙卷风发生的位置。为了验证该算法的有效性,利用江苏省近十年的龙卷风雷达数据对龙卷风的位置进行了检测。实验结果表明,该算法比TVS检测算法能更准确地识别气象雷达数据中的龙卷风。
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Tornado Vortex Signature Recognition Algorithm based on Real-time Weather Radar Data
The process of identifying the generation and development of tornadoes using weather radar data is conducive to improving the accuracy and time of early warning forecasts for tornadoes. The tornado recognition algorithm mainly determines the tornado occurrence and area of influence by identifying tornado vortex signature in velocity data. In this paper, firstly, the possible occurrence area of tornado is detected by the motion detection algorithm, secondly, the tornado vortex signature is recognized in this area, finally, the tornado occurrence position is determined by the fuzzy logic algorithm. In order to verify the effectiveness of the proposed algorithm, the tornado radar data collected in Jiangsu Province in the past ten years was used to detect the tornado location. Experimental results show that the proposed algorithm can more accurately identify tornadoes in weather radar data than TVS detection algorithms.
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