Research Interests : Satellite Remote Sensing, Disaster Mitigation and Prevention
Nopphawan Tamkuan received Ph.D. in Remote Sensing and GIS from AIT in 2017. Interested in research topics related to SAR, Optical remote sensing, Satellite Image Analysis for Disaster and Crisis management
Research Interests : SAR, Optical remote sensing, Weather related to disaster
websiteResearch Interests : Geoinformatics, Environment Geospatial Applications, Spatiotemporal data analysis, Urban Transportation
websiteVaibhav has completed his Masters in Remote Sensing and GIS from AIT Thailand and later have worked in INRIA Sophia Antipolis on Crowd Behaviour monitoring using video analysis. Currently, a PhD student in Nagai lab working on applications of deep learning in remote sensing domain.
Research Interest: Remote Sensing, Image processing and pattern recognition, Computer Vision, Deep learning, Geomatics etc.
Analysis of the damaged level and optimization of disaster volunteer activity
websiteBig data analysis applying on smart meter and environment data
websiteEstimation of sea surface temperature and chlorophyll content in Yamaguchi Gulf and tidal flat by using ASTER images
websiteAnalysis of the outbreak environment conditions of the malaria-mediated mosquito in Laos using the Satellite data analysis
websiteFusion of Multi Satellite data for increasing the availability
websiteResearch Interest: Illegal Sand Mining Detection using Deep Learning
websiteResearch Interest: Application of GIS and remote sensing for marine and coastal environment
websiteResearch Interest: Displaying of Evacuation Site using Augmented Reality and Its Usefulness
websiteResearch Interest: Analyzing past sediment disasters Explore where landslides may occur
websiteResearch Interests: Estimation of building age and Verification of correctness by using remote sensing data in Yuya town, Nagato city
Research Interests: Consideration of monitoring techniques of coral reef by satellite image analysis
Research Interests: Prediction of Aurora occurrence using statistical data from satellite data