Scopes
(The following topics include but are not limited to)
Track 1: Remote Sensing Technology
Remote sensing physics and mechanisms
Photogrammetry and tilt photography technology
Geodesy and optical mapping engineering
Advanced imaging sensors and payloads
Multi-source integration technology: optical and GNSS
Multispectral and hyperspectral imaging technology
Super-resolution imaging technology
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
Optical and radar (SAR) remote sensing data fusion technology
Integration of remote sensing and geographic information system (GIS) data
Analysis of multi-sensor and multi-temporal data fusion
Intelligent storage and retrieval technology for remote sensing data
Augmented reality (VR) in remote sensing
Remote sensing image processing and GIS application
Microwave remote sensing technology and applications
Space remote sensing exploration technology
Spectral remote sensing, night light remote sensing
Track 2: Earth Sciences
Atmospheric boundary layer physics
Cloud and precipitation physics
Applied meteorology
Geodesy, geophysical fluid dynamics
Geology
Solid earth physics
Earth dynamics
Geophysical geology
Earth internal physics
Seismology, geothermal physics, geoelectrics, geomagnetism
Radioactive geophysics
Seismology
Exploration geophysics
Experimental geophysics
Space physics, ionospheric physics
Geochemistry
Space environment science
Track 3: Artificial Intelligence
GIS and AI
Global navigation satellite system (GNSS) and AI
Spatial databases, earth exploration and information technology
Geological informationization, spatial informatics
Smart cities and remote sensing applications in urban areas
Remote sensing interpretation of geological structures/constructional evolution
Geological disaster prediction, assessment and control
AI in resource and energy resource development
Climate change modeling and monitoring
Carbon cycle analysis
Ecological and environmental monitoring
Earth monitoring and mapping based on AI
Space technology and landscape analysis ......
Track 1: Remote Sensing Technology
Remote sensing physics and mechanisms
Photogrammetry and tilt photography technology
Geodesy and optical mapping engineering
Advanced imaging sensors and payloads
Multi-source integration technology: optical and GNSS
Multispectral and hyperspectral imaging technology
Super-resolution imaging technology
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
Optical and radar (SAR) remote sensing data fusion technology
Integration of remote sensing and geographic information system (GIS) data
Analysis of multi-sensor and multi-temporal data fusion
Intelligent storage and retrieval technology for remote sensing data
Augmented reality (VR) in remote sensing
Remote sensing image processing and GIS application
Microwave remote sensing technology and applications
Space remote sensing exploration technology
Spectral remote sensing, night light remote sensing
Track 2: Earth Sciences
Atmospheric boundary layer physics
Cloud and precipitation physics
Applied meteorology
Geodesy, geophysical fluid dynamics
Geology
Solid earth physics
Earth dynamics
Geophysical geology
Earth internal physics
Seismology, geothermal physics, geoelectrics, geomagnetism
Radioactive geophysics
Seismology
Exploration geophysics
Experimental geophysics
Space physics, ionospheric physics
Geochemistry
Space environment science
Track 3: Artificial Intelligence
GIS and AI
Global navigation satellite system (GNSS) and AI
Spatial databases, earth exploration and information technology
Geological informationization, spatial informatics
Smart cities and remote sensing applications in urban areas
Remote sensing interpretation of geological structures/constructional evolution
Geological disaster prediction, assessment and control
AI in resource and energy resource development
Climate change modeling and monitoring
Carbon cycle analysis
Ecological and environmental monitoring
Earth monitoring and mapping based on AI
Space technology and landscape analysis ......
Important Dates/重要日期
- Submission Deadline: 2026.8.20
- Registration Deadline: 2026.8.27
- Conference Date: 2026.9.4
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icmla_conference@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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+86---(微信同号)
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