Scopes
(Topics include but are not limited to)
Intelligent perception and remote monitoring technology for geotechnical parameters
Construction of a geological big data collection, management, and sharing platform
Application of Machine Learning in Backanalysis and Prediction of Geotechnical Engineering
Intelligent risk assessment of geological hazards (landslides, debris flows, ground subsidence)
Application of multi-source remote sensing and InSAR technology in geological hazard monitoring
Geological 3D modeling and visualization analysis technology
Numerical simulation and high-performance calculation of geotechnical engineering
Data driven methods in earthquake engineering and site response analysis
Intelligent Construction and Risk Warning System for Underground Engineering
Real time monitoring and early warning platform for geological hazards and emergency response
Assessment and adaptation strategies of the impact of climate change on geological hazards
Intelligent geological safety control for urban underground space development
Multi field coupling process and disaster mechanism of rock and soil mass
Quality Control and Uncertainty Analysis of Geological Big Data
Application of Artificial Intelligence in Optimization of Geotechnical Engineering Design
Case analysis and lesson summary of major engineering geological disasters
Intelligent operation and effectiveness evaluation of geological hazard prevention and control engineering
Simulation of Geological Environment Evolution and Long term Trend Prediction
Standardized data model and information interoperability for geotechnical engineering
Geological hazard prevention and control policies and governance system under interdisciplinary integration
Intelligent perception and remote monitoring technology for geotechnical parameters
Construction of a geological big data collection, management, and sharing platform
Application of Machine Learning in Backanalysis and Prediction of Geotechnical Engineering
Intelligent risk assessment of geological hazards (landslides, debris flows, ground subsidence)
Application of multi-source remote sensing and InSAR technology in geological hazard monitoring
Geological 3D modeling and visualization analysis technology
Numerical simulation and high-performance calculation of geotechnical engineering
Data driven methods in earthquake engineering and site response analysis
Intelligent Construction and Risk Warning System for Underground Engineering
Real time monitoring and early warning platform for geological hazards and emergency response
Assessment and adaptation strategies of the impact of climate change on geological hazards
Intelligent geological safety control for urban underground space development
Multi field coupling process and disaster mechanism of rock and soil mass
Quality Control and Uncertainty Analysis of Geological Big Data
Application of Artificial Intelligence in Optimization of Geotechnical Engineering Design
Case analysis and lesson summary of major engineering geological disasters
Intelligent operation and effectiveness evaluation of geological hazard prevention and control engineering
Simulation of Geological Environment Evolution and Long term Trend Prediction
Standardized data model and information interoperability for geotechnical engineering
Geological hazard prevention and control policies and governance system under interdisciplinary integration
Important Dates | 重要日期
- Submission Deadline: 2026.1.20
- Registration Deadline: 2026.1.25
- Conference Date: 2026.2.9
- Notification Date: About a week after the submission
Submission Portal | 投稿方式
Mail Address: ei_sdgjhy@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
张老师
17162863232
3771563441
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