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MPhil and PhD Students

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  • Remote Sensing, Agriculture, GIS
  • Vegetation Remote Sensing, Carbon Sequestration , GIS
  • Vegetation phenology, Deep Learning, Remote Sensing
  • Point Cloud AI Processing
  • implicit 3D reconstruction, photogrammetry
  • Human Mobility
  • Extreme events and water resources
  • Urban sustainability based on GIS and AI technology
  • GNSS
  • Human and Evironment Interaction
  • GNSS & Indoor Location
  • Urban Environment Monitoring
  • Aerosol remote sensing, Machine learning
  • Dynamics of Hydroclimatic Extremes
  • Human Mobility, GeoAI
  • Dynamics of Hydroclimatic Extremes
  • InSAR, Geohazard Mechanics
  • Shared mobility
  • Remote sensing
  • Planetary Remote Sensing and Mapping
  • Remote Sensing
  • Planetary Mapping
  • Urban Climate, Land Use/Land Cover, Urban heat island
  • GeoAI, spatiotemporal data mining, human mobility modeling
  • Atmospheric Rivers
  • Mobile Mapping System, Computational Imaging Using Deep Learning
  • Urban remote sensing, computer vision
  • Urban informatics, urban mobility and Geo-spatial analysis
  • Gravity; Remote Sensing; Coastal Study
  • Mapping and Navigation
  • Urban Informatics, Urban Analytics, GIS & Remote Sensing
  • GIScience, Urban Informatics, Urban Sustainability
  • lidar detection
  • Vegetation phenology
  • Urban development and human activities
  • Remote Sensing
  • Smart Cities Platform, GIScience
  • Remote Sensing, GIS, Photogrammetry
  • Climate impacts
  • Climate Change, Global Environmental Management, Coastal Ecology, Machine Learning, GeoAI, Geospatial, GEE, GIS & Remote Sensing
  • Remote Sensing
  • Urban Informatics, Machine Learning
  • Human Mobility and Smart City
  • Remote Sensing
  • Hydro-informatics and Hydroclimate
  • Electric Vehicle, Sustainability of Public Transport, Agent-Based Modelling
  • GNSS
  • Electric Vehicle, Spatial Big Data Analysis and Simulation
  • Remote Sensing, Terrestrial Ecosystem, Vegetation Phenology
  • GNSS
  • Remote Sensing and GIS applications in Settlement Mapping and Assessment
  • Urban green spaces, deformation, remote sensing
  • GNSS PPP
  • Ice sheet mass balance
  • Urban Structure, Complex System
  • Mangrove Remote Sensing, Photogrammetric Computer Vision
  • Hydrological modeling, Machine learning
  • Hydrological Modeling
  • Remote Sensing Object Extraction
  • Planetary Remote Sensing
  • InSAR, Ecohydrology
  • Point Cloud Processing, Scene Understanding, Augmented Reality, Surgical Navigation
  • computer vision, remote sensing
  • Remote sensing data reconstruction
  • Smart mobility, big data analytics and simulation methodology
  • LiDAR, Big-data, Forest Reconstruction
  • Deep learning in hydrological fields
  • Machine Learning, Geo-Informatics and Big Data Analytics

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