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Keyword [Precipitation estimation]
Result: 41 - 58 | Page: 3 of 3
41. Research On Precipitation Data Super-resolution Algorithm Based On Optical Flow Estimation And Generative Adversarial Networks
42. Research And Accuracy Evaluation Of Regional Precipitation Fusion Based On Machine Learning
43. Research On Minute Precipitation Estimation Method In Southwest Mountain Region By Integrating Weather Radar And Satellite Data
44. Precipitation Estimation And Fusion Over The Middle And Upper Reaches Of The Heihe River Basin Based On Doppler Weather Radar
45. Precipitation Nowcasting Based On Weather Radar And Its Application On Hydrology Forecasting
46. Characteristics Of Summer Raindrop Size Distribution In Asia Pacific Region And Its Applications To Quantitative Rainfall Estimations
47. Research On Quantitative Precipitation Estimation Algorithms Based On Sequential Regression Of Spatio-temporal Data
48. Research On Integrating Soil Moisture Based On Machine Learning To Improve Satellite Precipitation Accuracy
49. Research On Quantitative Precipitation Estimation Method Of Dual Linear Polarization Radar Combined With Raindrop Spectrometer
50. Error Analysis And Modeling Of Precipitation Estimation For C-band Dual-polarization Radar
51. Precipitation Estimation In The Tianshan Mountains By Integrating Remote Sensing Products And Ground Data
52. Quantitative Improving Precipitation Estimation For The Data Scarce Area Based On Transfer Learning
53. Statistical Analysis Of Summer Precipitation Characteristics In Motuo Based On X-Band Dual Polarization Phased Array Radar
54. Studying Precipitation Nowcasting Based On Random Forest And Tensor Regression
55. Study On Nonstationary Design Precipitation Estimation In Beijing-Tianjin-Hebei Region Under Changing Environment
56. Hierarchical Bayesian Fusion Of Satellite-to-Ground Radar Precipitation Data Based On Precipitation Type Classificatio
57. Evaluation And Application Of Satellite Precipitation Estimation Products In Central Asi
58. Precipitation Identification And Estimation In The Middle And Lower Reaches Of The Yangtze River Based On FY-4A Satellit
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