Scopes
(The following topics include but are not limited to)
Track 1: Remote Sensing Science
High-resolution remote sensing image classification methods using deep learning
Multi-scale analysis and interpretation of remote sensing images
Time series remote sensing data analysis
Application of artificial intelligence and machine learning in remote sensing
Fusion technology of optical and radar (SAR) remote sensing data
Data fusion of remote sensing and geographic information system (GIS)
Analysis of multi-sensor and multi-temporal data fusion
Intelligent storage and retrieval technology for remote sensing data
Application of augmented reality (VR) in remote sensing
Remote sensing image processing and application in geographic information system (GIS)
Microwave remote sensing technology and applications
Space remote sensing exploration technology
Spectral remote sensing
Nighttime light remote sensing
Track 2: Spatial Perception
Deep learning target detection, classification, semantic/instance segmentation for remote sensing images
Improvement of generalization ability in remote sensing interpretation using self-supervised, semi-supervised, and small sample learning
Intelligent interpretation of multi-modal remote sensing data
Remote sensing image super-resolution reconstruction, cloud removal, noise reduction, and quality enhancement
Change detection, time series analysis, dynamic evolution and trend prediction of land features
3D reconstruction, generation of digital surface model (DSM) / digital elevation model (DEM)
Remote sensing + AI interpretation in agricultural, forestry, urban, marine, disaster and other scenarios
Lightweighting of remote sensing interpretation models, edge-end deployment and on-orbit intelligent processing
Track 3: Geographic Information
Geological informationization
Development and application of geographic information technology in geographical environment/geology/mining and energy resources
Earth exploration and information technology
Remote sensing interpretation of geological structure/construction evolution
Geological disaster prediction, assessment, and control
Earth exploration and information technology
Geographic information system (GIS)
Global navigation satellite system (GNSS)
Satellite navigation and positioning, etc. ……
Track 1: Remote Sensing Science
High-resolution remote sensing image classification methods using deep learning
Multi-scale analysis and interpretation of remote sensing images
Time series remote sensing data analysis
Application of artificial intelligence and machine learning in remote sensing
Fusion technology of optical and radar (SAR) remote sensing data
Data fusion of remote sensing and geographic information system (GIS)
Analysis of multi-sensor and multi-temporal data fusion
Intelligent storage and retrieval technology for remote sensing data
Application of augmented reality (VR) in remote sensing
Remote sensing image processing and application in geographic information system (GIS)
Microwave remote sensing technology and applications
Space remote sensing exploration technology
Spectral remote sensing
Nighttime light remote sensing
Track 2: Spatial Perception
Deep learning target detection, classification, semantic/instance segmentation for remote sensing images
Improvement of generalization ability in remote sensing interpretation using self-supervised, semi-supervised, and small sample learning
Intelligent interpretation of multi-modal remote sensing data
Remote sensing image super-resolution reconstruction, cloud removal, noise reduction, and quality enhancement
Change detection, time series analysis, dynamic evolution and trend prediction of land features
3D reconstruction, generation of digital surface model (DSM) / digital elevation model (DEM)
Remote sensing + AI interpretation in agricultural, forestry, urban, marine, disaster and other scenarios
Lightweighting of remote sensing interpretation models, edge-end deployment and on-orbit intelligent processing
Track 3: Geographic Information
Geological informationization
Development and application of geographic information technology in geographical environment/geology/mining and energy resources
Earth exploration and information technology
Remote sensing interpretation of geological structure/construction evolution
Geological disaster prediction, assessment, and control
Earth exploration and information technology
Geographic information system (GIS)
Global navigation satellite system (GNSS)
Satellite navigation and positioning, etc. ……
Important Dates/重要日期
- Submission Deadline: 2026.7.20
- Registration Deadline: 2026.7.27
- Conference Date: 2026.8.4
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icmtas_con@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
蒋老师
+86-15680824672(微信同号)
3761629232
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