| Track 1: Remote Sensing Theory and Technology |
Track 2: Data Processing and Intelligent Information Systems |
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Satellite and aerial remote sensing
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Hyperspectral and multispectral imaging
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Radar and LiDAR technology
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Remote sensing platforms and sensors
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Data acquisition and calibration
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Image enhancement and fusion
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Unmanned aerial vehicle (UAV) sensing
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Emerging sensing technologies
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Big data processing in remote sensing
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Artificial intelligence in remote sensing
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Cloud computing and edge computing
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Image classification and object detection
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Spatial data mining
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Geographic information systems (GIS)
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Data visualization and decision support
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High-performance computing for remote sensing
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| Track 3: Marine, Coastal and Terrestrial Applications |
Track 4: Environment and Sustainable Development |
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Ocean observation and monitoring
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Coastal zone and island research
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Marine resource exploration
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Land use and land cover change
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Agricultural and forestry applications
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Urban development and smart cities
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Disaster monitoring and risk assessment
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Infrastructure and transportation monitoring
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Climate change observation and modeling
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Atmospheric monitoring and pollution analysis
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Water resources and hydrological applications
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Ecological environment monitoring
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Biodiversity and habitat assessment
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Carbon cycle and carbon neutrality
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Sustainable development and SDGs
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Green energy and environmental protection
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