ST-CORAbico: A Spatiotemporal Object-Based Bias Correction Method for Storm Prediction Detected by Satellite - Laverde-Barajas, Miguel; Corzo, Gerald A.; Poortinga, Ate; Chishtie, Farrukh; Meechaiya, Chinaporn; Jayasinghe, Susantha; Towashiraporn, Peeranan; Markert, Amanda; Saah, David; Son, Lam Hung; Khem, Sothea; Boonya-Aroonnet, Surajate; et al. (Remote sensing (Basel, Switzerland), 2020)
Keywords: accuracy; area; basins; Bias; bias correction; Centroids; Cluster analysis; correlation; density; Dimensional analysis; Disaster management; disaster preparedness; Displacement; duration; Emergency preparedness; Error correction; Error reduction; estimation; Hydrology; information; Landslides & mudslides; Mekong River; Methods; monsoon season; object-based method; Performance evaluation; Precipitation; prediction; Probabilistic methods; Rain; Rainfall; Rainfall measurement; Rainstorms; Real time; Remote sensing; satellite-based precipitation; Satellites; seeds; Segmentation; Sensors; spatiotemporal analysis; storm events; Storms; Systematic errors; Thailand; volume; Weather forecasting; Wind; Thailand; Mekong River