(The following topics include but are not limited to)
Track 1: Remote Sensing Technology and Intelligent Information Processing
Multi-source Remote Sensing Data Fusion and Intelligent Interpretation (Optical, Hyperspectral, SAR, LiDAR)
Remote Sensing Image Processing and Computer Vision Technology
Hyperspectral Image Processing and Spectral Unmixing Analysis
Synthetic Aperture Radar Data Processing and Applications
Remote Sensing Change Detection and Time Series Analysis
Target Detection, Recognition and Classification Technologies
Remote Sensing Data Quality Assessment and Uncertainty Quantification
3D Reconstruction and Digital Surface Model Generation
Atmospheric, Oceanic and Land Environment Remote Sensing Monitoring
Global Navigation Satellite System (GNSS) and Positioning Technology
Intelligent Control and Real-time Processing of Spaceborne/Platform-based Remote Sensing
Heterogeneous Computing and High-performance Processing for Remote Sensing Big Data
Track 2: Geographical Information Science and Spatial Intelligence
Geographic Information System (GIS) Theory and Spatial Analysis Methods
Spatial Data Mining and Knowledge Discovery
Multimodal Spatial Data Analysis and Applications
Geospatial Artificial Intelligence (GeoAI) Models and Algorithms
Digital Twinning and Virtual Geographic Environment Construction
Spatial Modeling, Simulation and Prediction (ABM, CA, etc.)
Intelligent Mapping and Spatial Data Visualization
Earth Monitoring and Spatial Mapping Based on AI
Spatial Intelligence Applications for Smart Cities
Geographic Spatial Digital Twinning and Spatial Intelligence Technologies
Track 3: AI-driven Remote Sensing and Geographical Applications
Applications of Deep Learning/Large Models in Remote Sensing and Geographical Sciences
Remote Sensing Foundation Models and Transfer Learning
Geographical Explainability Research (XAI) and Explainability in Geographical Sciences
Computer Vision and Intelligent Interpretation of Remote Sensing Images
Federated Learning and Distributed Remote Sensing Intelligent Systems
AI-driven Disaster Monitoring, Early Warning and Risk Assessment
Ecological Environment Monitoring, Carbon Sink Estimation and Climate Change Response
Remote Sensing Monitoring for Agriculture and Precision Agriculture
Resource Exploration, Urban Planning and Sustainable Development Applications
Lightweight AI Models for Edge End and Real-time Intelligent Processing
Application of Generative AI (AIGC) in Remote Sensing Scene Generation and Simulation
Remote Sensing Visual Question Answering (RSVQA) and Multi-modal Information Fusion ......