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Article Title: A Machine‐Learning Approach to Classify Cloud‐to‐Ground and Intracloud Lightning
Publication Title: Geophysical Research Letters -
Description (a) RMS vertical location errors and (b) maximum located source altitude for CG sources at ground level (z = 0). The locations of 10 CAMMA stations are marked by white dots. The 1,200‐m RMS...
Article Title: A Machine‐Learning Approach to Classify Cloud‐to‐Ground and Intracloud Lightning
Publication Title: Geophysical Research Letters -
Description Table
Article Title: A Machine‐Learning Approach to Classify Cloud‐to‐Ground and Intracloud Lightning
Publication Title: Geophysical Research Letters -
Description Waveforms for two −CG pulses in panels (a and b) and two −IC pulses in panels (c and d). In each row, one pulse was correctly classified by our model and the other was misclassified. The...
Article Title: A Machine‐Learning Approach to Classify Cloud‐to‐Ground and Intracloud Lightning
Publication Title: Geophysical Research Letters -
Description A Machine‐Learning Approach to Classify Cloud‐to‐Ground and Intracloud LightningZhu et al. - Geophysical Research LettersGeophys Res Lett vol. 48, 16 January 2021
Article Title: A Machine‐Learning Approach to Classify Cloud‐to‐Ground and Intracloud Lightning
Publication Title: Geophysical Research Letters