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Performance of a Probabilistic Cloud-to-Ground Lightning Prediction Algorithm

机译:概率云到地避雷预测算法的性能

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A probabilistic cloud-to-ground lightning algorithm was created by training a neural network on storm characteristics. The input dataset consisted of all storm cells over the entire coterminous United States on 12 days in 2008-2009 (one day per month). The input characteristics include radar and near-storm environmental parameters and the neural network was set up so that its output is the probability of cloud-to-ground lightning at a grid location 30 minutes in the future. The probabilistic output was evaluated on twelve independent test dates in 2008-2009 and results of that evaluation are presented.
机译:通过训练在风暴特征上的神经网络来创建概率云到地闪电算法。输入数据集在2008 - 2009年12天内由整个Coterminous美国的所有风暴细胞组成(每月一天)。输入特性包括雷达和近风暴环境参数,并建立神经网络,使其输出是未来30分钟的网格位置云到地闪电的概率。概率输出在2008 - 2009年的十二个独立测试日期进行了评估,并提出了该评估的结果。

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