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2024 IEEE India
Geoscience and Remote Sensing Symposium

“Navigating a Sustainable Future with Geospatial Intelligence ”

2 - 5   December, 2024 • Goa, India

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Themes
General Themes
GT 1 : Advanced Remote Sensing
  • 1.   Hyperspectral Imaging Techniques and Analysis
  • 2.   Advanced Algorithms for Hyperspectral Data Processing
  • 3.   Applications of Hyperspectral Remote Sensing in Environmental Monitoring, Agriculture, and Beyond
  • 4.   3D Feature Extraction and Object Recognition from LiDAR Data
  • 5.   LiDAR Data Fusion with Other Remote Sensing Data Sources
  • 6.   Applications of LiDAR Remote Sensing in Forestry, Urban Planning, and Infrastructure Management
  • 7.   UAV Data Fusion with Other Remote Sensing Modalities
  • 8.   Real-Time Data Acquisition and Monitoring with UAVs
  • 9.   Applications of UAV Remote Sensing in Precision Agriculture, Environmental
GT 2 : SAR imaging and Processing Techniques
  • 1.   Synthetic Aperture Radar (SAR) Techniques and Applications
  • 2.   Interferometric SAR (InSAR) and Its Variants
  • 3.   Multi-Channel SAR Imaging and Processing
  • 4.   Polarimetric SAR (PolSAR) and Polarimetric InSAR (PolInSAR)
  • 5.   Bistatic SAR Systems and Analysis
  • 6.   SAR Tomography for 3D Imaging
GT 3 : AI and big data
  • 1.   Data Management Systems and Computing Platforms
  • 2.   Internet of Things (IoT) Integration in Geoscience and Remote Sensing
  • 3.   Data Analytics and Artificial Intelligence Techniques for Remote Sensing Applications
  • 4.   Machine Learning and Deep Learning Approaches in Remote Sensing Analysis
  • 5.   Cloud Computing and High-Performance Computing for Remote Sensing Data Processing
GT 4 : Cryosphere
  • 1.   Snow Cover Monitoring and Analysis
  • 2.   Ice Sheets and Glaciers: Remote Sensing Techniques and Applications
  • 3.   Sea Ice Observation and Characterization
  • 4.   Permafrost Detection and Monitoring with Remote Sensing Technologies
GT 5 : Land applications
  • 1.   Land Use Applications: Techniques and Case Studies
  • 2.   Dynamics of Land Cover Change: Monitoring and Analysis
  • 3.   Forest and Vegetation: Application and Modelling in Remote Sensing
  • 4.   Forest and Vegetation: Biomass Estimation and Carbon Cycling Studies
  • 5.   Agricultural Monitoring and Management Using Remote Sensing
  • 6.   Remote Sensing Applications in Urban and Built Environments
  • 7.   Remote Sensing of Topography, Geology, and Geomorphology
  • 8.   Soil Mapping and Soil Moisture Estimation from Remote Sensing Data
  • 9.   Wetland Monitoring and Conservation with Remote Sensing
  • 10.   Remote Sensing Applications for Inland Waters Management
  • 11.   Geologic Mapping and Geomorphological Analysis Using Remote Sensing Techniques
GT 5 : Atmosphere
  • 1.   Precipitation and Cloud Monitoring: Techniques and Applications
  • 2.   Numerical Weather Prediction Models and Data Assimilation Techniques
  • 3.   Atmospheric Sounding Methods for Atmospheric Profiling
  • 4.   Aerosol and Atmospheric Chemistry Studies Using Remote Sensing Data
  • 5.   Ionospheric Remote Sensing: Techniques and Applications in Space Weather Monitoring
GT 6 : Oceans
  • 1.   Ocean Biology and Water Quality Monitoring
  • 2.   Remote Sensing of Ocean Surface Winds and Currents
  • 3.   Ocean Temperature and Salinity Mapping Using Remote Sensing Techniques
  • 4.   Coastal Zone Monitoring and Management with Remote Sensing Data
  • 5.   Ocean Altimetry: Measurement and Analysis of Sea Surface Heights
GT 7 : Planetary Science
  • 1.   Lunar Remote Sensing: Exploration and Analysis
  • 2.   Martian Remote Sensing: Mapping and Characterization
  • 3.   Remote Sensing of Other Celestial Bodies in the Solar System
  • 4.   Moons of Planets: Surface Composition and Geology
  • 5.   Planetary Remote Sensing: Techniques and Applications
GT 8 : Instrument Sensors and Calibrations
  • 1.   Sensors Utilizing Signals of Opportunity (e.g., GNSS-R)
  • 2.   Lidar Sensors: Technology and Applications
  • 3.   Passive Optical Multi- and Hyperspectral Sensors and Calibration
  • 4.   Synthetic Aperture Radar (SAR) Instrumentation
  • 5.   Advanced Future Instrument Concepts for Remote Sensing
  • 6.   Calibration of Microwave Radiometer Sensors
  • 7.   SAR and Radar Instrument Calibration Techniques
  • 8.   Microwave Radiometer Instrument Development and Calibration
  • 9.   Ground Penetrating Radar Technology and Applications
  • 10.   Onboard Signal Processing Techniques for Remote Sensing Instruments
  • 11.   Scatterometer and Clouds and Rain Radar Instrumentation
GT 9 : Missions Sensors and Calibrations
  • 1.   Spaceborne Synthetic Aperture Radar (SAR) Missions
  • 2.   Spaceborne Passive Microwave Missions
  • 3.   Spaceborne GNSS-R (Global Navigation Satellite System-Reflectometry) Missions
  • 4.   Spaceborne Hyperspectral Missions
  • 5.   Spaceborne LIDAR (Light Detection and Ranging) Missions
  • 6.   Exploration Missions to Other Planets
  • 7.   New Space Missions and Innovative Technologies
  • 8.   Unmanned Aerial Vehicle (UAV) and Airborne Platforms for Remote Sensing
  • 9.   Ground-based Remote Sensing Systems
  • 10.   High Altitude Platforms for Remote Sensing Applications
GT 10 : Societal Engagement and Impacts
  • 1.   Citizen and Open Science Initiatives in Remote Sensing
  • 2.   Risk and Disaster Management: Utilizing Remote Sensing for Extreme Weather, Earthquakes, Volcanoes, etc.
  • 3.   Remote Sensing Applications in Food Security Monitoring and Management
  • 4.   Remote Sensing for Sustainable Development Goals
  • 5.   Remote Sensing for Assessing and Mitigating Climate Change Impacts
Special Scientific Themes and Invited Sessions
SP1: Exploring the advancements in flagship space programs.
  • 1.   Leveraging the advancements of flagship Space programs such as NISAR, BIOMASS, ALOS-4, and EOS-04 / RISAT-1A along with national and international cooperation initiatives in Earth Observation (EO), Global Navigation Satellite Systems (GNSS), Telecommunications, and investments in associated research and operational infrastructures
  • 2.   UAV based new technology
  • 3.   Extra-terrestrial exploration upcoming Lunar and Martian missions
SP2: Remote Sensing Technology for sustainable living and Environment
  • Advanced Geosciences and EO Techniques for-
  • 1.   Advancements in scientific strategies for natural disaster mitigation and crisis response.
  • 2.   Scientific innovations in ensuring sustainable agriculture and related techniques.
  • 3.   Quantifying tree cover dynamics and carbon stock change in tree outside forest.
  • 4.   Advancements in Himalayan glaciology research.
SP3: National Policies and Strategies for Geospatial Data Management and Education
SP4: Waste Management
Accepted Community Contributed Session
    Click here to view the list of accepted community-contributed sessions.