2021 4th International Conference on Geoinformatics and Data Analysis (ICGDA 2021)
Conference / Summit (onsite)
Computer Science
Address: Marseille, Marseille, France
Date: 14 to 16 Apr '21
Publication：
All papers will be published in the the International Conference Proceedings Series by ACM (ISBN: 978-1-4503-8934-1). All papers will be archived in ACM Library, and submitted to Ei Compendex and Scopus for index and submitted to be reviewed by Thomson Reuters Conference Proceedings Citation Index (ISI Web of Science).
Conference Schedule：
Wednesday April 14 2021 | 10:00 am - 5:00 pm: Conference Sign in Materials Collection and Welcome Reception
Thursday April 15 2021 | 8:30am-12:10pm: Opening Remarks & Keynote Speeches
Thursday April 15 2021 | 1:30 pm - 5:30 pm: Authors' Presentations in Parallel Sessions
Thursday April 15 2021 | 6:00 pm - 8:00 pm: Banquet
Friday April 16 2021 | 09:00 am - 12:00 pm: Academic Visiting or Tour
Contact:
Gretchen Liu (Conference Secretary)
Email: icgda@iact.net
Phone：+86-18081079313
Program Committee invites prospective authors to submit original and previously unpublished research and application papers in all spectrums of related fields. The conference topics cover but are not limited to the following areas:
♠ Acquisition and processing of remotely sensed data
♠ Analysis-oriented and standards-compliant WebGIS
♠ Applications of BeiDou navigation satellite system
♠ Automated object extraction and database updates from imagery
♠ Big Data analytics
♠ Cartographic theory and applications
♠ Climate changes and global environment
♠ Cyberinfrastructure and CyberGIS
♠ Data models in cartography
♠Digital gazetteer
♠ Environmental criminology and crime simulation
♠ Environmental hazards and natural disasters
♠ Environmental health, disease, and wellbeing
♠ Errors and their measurements in spatial data
♠ Geo-event and geo-process
♠ Geographic information retrieval
♠ Geo-ontology
♠ Geospatial cloud computing
♠ Geospatial computation and simulation
♠ Geospatial data sharing and interoperability
♠ Geospatial education, such as virtual globes-based virtual education
♠ Geospatial intelligence
♠ Geospatial web portal and services
♠ GeoStatistics and applications
♠ GIS for environment and health
♠ GIS for Geosciences
♠ GIS for government and public services
♠ Indoors positioning and navigation
♠ Integration of RS, GIS and GNSS (3S)
♠ LIDAR technology for DEM generation and 3D modeling |
♠ Land use and land cover change
♠ Map generalization
♠ Mobile data collection, management and analysis
♠ Monitoring of resources and environment
♠ Multi-dimensional (2D, 3D, and 4D) spatial data modeling and data quality
♠ New trends of technologies and research in GIS
♠ Processing and application of high-resolution imagery
♠ Representation and visualization of geospatial data
♠ Satellite positioning technology and location based service
♠ Semantic web and sensor web
♠ Smart city and sustainable development
♠ Space-time integration
♠ Spatial analysis of social web
♠ Spatial and spatiotemporal Big Data
♠ Spatial database
♠ Spatial data mining
♠ Spatial decision support systems
♠ Spatial and spatiotemporal uncertainties and data quality
♠ Spatial workflow
♠ Spatiotemporal dynamic analysis and simulation
♠ Spatiotemporal computing
♠ Surveying and mapping in geosciences
♠ Theories and algorithms in GIS
♠ Urban GIS and its applications
♠ Virtual Globes and their application to scientific research and daily life
♠ Wireless and mobile GIS solutions
♠ Acquisition and processing of remotely sensed data
♠ Analysis-oriented and standards-compliant WebGIS
♠ Applications of BeiDou navigation satellite system
♠ Automated object extraction and database updates from imagery
♠ Big Data analytics
♠ Cartographic theory and applications
♠ Climate changes and global environment
♠ Cyberinfrastructure and CyberGIS
♠ Data models in cartography
♠Digital gazetteer
♠ Environmental criminology and crime simulation
♠ Environmental hazards and natural disasters
♠ Environmental health, disease, and wellbeing
♠ Errors and their measurements in spatial data
♠ Geo-event and geo-process
♠ Geographic information retrieval
♠ Geo-ontology
♠ Geospatial cloud computing
♠ Geospatial computation and simulation
♠ Geospatial data sharing and interoperability
♠ Geospatial education, such as virtual globes-based virtual education
♠ Geospatial intelligence
♠ Geospatial web portal and services
♠ GeoStatistics and applications
♠ GIS for environment and health
♠ GIS for Geosciences
♠ GIS for government and public services
♠ Indoors positioning and navigation
♠ Integration of RS, GIS and GNSS (3S)
♠ LIDAR technology for DEM generation and 3D modeling |
♠ Land use and land cover change
♠ Map generalization
♠ Mobile data collection, management and analysis
♠ Monitoring of resources and environment
♠ Multi-dimensional (2D, 3D, and 4D) spatial data modeling and data quality
♠ New trends of technologies and research in GIS
♠ Processing and application of high-resolution imagery
♠ Representation and visualization of geospatial data
♠ Satellite positioning technology and location based service
♠ Semantic web and sensor web
♠ Smart city and sustainable development
♠ Space-time integration
♠ Spatial analysis of social web
♠ Spatial and spatiotemporal Big Data
♠ Spatial database
♠ Spatial data mining
♠ Spatial decision support systems
♠ Spatial and spatiotemporal uncertainties and data quality
♠ Spatial workflow
♠ Spatiotemporal dynamic analysis and simulation
♠ Spatiotemporal computing
♠ Surveying and mapping in geosciences
♠ Theories and algorithms in GIS
♠ Urban GIS and its applications
♠ Virtual Globes and their application to scientific research and daily life
♠ Wireless and mobile GIS solutions
Program Committee invites prospective authors to submit original and previously unpublished research and application papers in all spectrums of related fields. The conference topics cover but are not limited to the following areas:
♠ Acquisition and processing of remotely sensed data
♠ Analysis-oriented and standards-compliant WebGIS
♠ Applications of BeiDou navigation satellite system
♠ Automated object extraction and database updates from imagery
♠ Big Data analytics
♠ Cartographic theory and applications
♠ Climate changes and global environment
♠ Cyberinfrastructure and CyberGIS
♠ Data models in cartography
♠Digital gazetteer
♠ Environmental criminology and crime simulation
♠ Environmental hazards and natural disasters
♠ Environmental health, disease, and wellbeing
♠ Errors and their measurements in spatial data
♠ Geo-event and geo-process
♠ Geographic information retrieval
♠ Geo-ontology
♠ Geospatial cloud computing
♠ Geospatial computation and simulation
♠ Geospatial data sharing and interoperability
♠ Geospatial education, such as virtual globes-based virtual education
♠ Geospatial intelligence
♠ Geospatial web portal and services
♠ GeoStatistics and applications
♠ GIS for environment and health
♠ GIS for Geosciences
♠ GIS for government and public services
♠ Indoors positioning and navigation
♠ Integration of RS, GIS and GNSS (3S)
♠ LIDAR technology for DEM generation and 3D modeling |
♠ Land use and land cover change
♠ Map generalization
♠ Mobile data collection, management and analysis
♠ Monitoring of resources and environment
♠ Multi-dimensional (2D, 3D, and 4D) spatial data modeling and data quality
♠ New trends of technologies and research in GIS
♠ Processing and application of high-resolution imagery
♠ Representation and visualization of geospatial data
♠ Satellite positioning technology and location based service
♠ Semantic web and sensor web
♠ Smart city and sustainable development
♠ Space-time integration
♠ Spatial analysis of social web
♠ Spatial and spatiotemporal Big Data
♠ Spatial database
♠ Spatial data mining
♠ Spatial decision support systems
♠ Spatial and spatiotemporal uncertainties and data quality
♠ Spatial workflow
♠ Spatiotemporal dynamic analysis and simulation
♠ Spatiotemporal computing
♠ Surveying and mapping in geosciences
♠ Theories and algorithms in GIS
♠ Urban GIS and its applications
♠ Virtual Globes and their application to scientific research and daily life
♠ Wireless and mobile GIS solutions
♠ Acquisition and processing of remotely sensed data
♠ Analysis-oriented and standards-compliant WebGIS
♠ Applications of BeiDou navigation satellite system
♠ Automated object extraction and database updates from imagery
♠ Big Data analytics
♠ Cartographic theory and applications
♠ Climate changes and global environment
♠ Cyberinfrastructure and CyberGIS
♠ Data models in cartography
♠Digital gazetteer
♠ Environmental criminology and crime simulation
♠ Environmental hazards and natural disasters
♠ Environmental health, disease, and wellbeing
♠ Errors and their measurements in spatial data
♠ Geo-event and geo-process
♠ Geographic information retrieval
♠ Geo-ontology
♠ Geospatial cloud computing
♠ Geospatial computation and simulation
♠ Geospatial data sharing and interoperability
♠ Geospatial education, such as virtual globes-based virtual education
♠ Geospatial intelligence
♠ Geospatial web portal and services
♠ GeoStatistics and applications
♠ GIS for environment and health
♠ GIS for Geosciences
♠ GIS for government and public services
♠ Indoors positioning and navigation
♠ Integration of RS, GIS and GNSS (3S)
♠ LIDAR technology for DEM generation and 3D modeling |
♠ Land use and land cover change
♠ Map generalization
♠ Mobile data collection, management and analysis
♠ Monitoring of resources and environment
♠ Multi-dimensional (2D, 3D, and 4D) spatial data modeling and data quality
♠ New trends of technologies and research in GIS
♠ Processing and application of high-resolution imagery
♠ Representation and visualization of geospatial data
♠ Satellite positioning technology and location based service
♠ Semantic web and sensor web
♠ Smart city and sustainable development
♠ Space-time integration
♠ Spatial analysis of social web
♠ Spatial and spatiotemporal Big Data
♠ Spatial database
♠ Spatial data mining
♠ Spatial decision support systems
♠ Spatial and spatiotemporal uncertainties and data quality
♠ Spatial workflow
♠ Spatiotemporal dynamic analysis and simulation
♠ Spatiotemporal computing
♠ Surveying and mapping in geosciences
♠ Theories and algorithms in GIS
♠ Urban GIS and its applications
♠ Virtual Globes and their application to scientific research and daily life
♠ Wireless and mobile GIS solutions
Prof. Branislav Bajat
Belgrade University, Serbia
Prof. Georg Gartner
Vienna University of Technology, Austria
Prof. Branislav Bajat
Belgrade University, Serbia
Prof. Georg Gartner
Vienna University of Technology, Austria
Venue
Marseille
Venue
Marseille
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