GEOProcessing 2012 - The Fourth International Conference on Advanced Geographic Information Systems, Applications, and Services GEOProcessing 2012

Geo-spatial fundamentals

Fundamentals of geo-information; New trends in GIS technologies and research; Techniques for geographical representation; Integrated architectures for geo-spatial information; Geo-spatial data in net-centric environment; Geo-spatial technology; Discovery, indexing and integration of geographical information systems; Geo-processing of distributed data; Geo-information processing; Use of computational geometry for GIS problems; Virtual globes and their application to scientific research; Spatial decision support systems

Geo-spatial Web Services

Geo-spatial Web Services and applications; Geo-spatial Web Services and simulation and modeling; Geo-spatial Web Services and sensors; Geo-spatial Web Services and interoperability; Geo-spatial Web Services and processing; Geo-spatial Web Servcies and spatial analysis; Geo-spatial Web Services and society; Geo-spatial Web Services and information retrieval; Geo-spatial Web Services and human computer interaction; Geo-spatial Web Services and mobility

GIS

Wireless and mobile GIS; Integration of remote sensing, GIS and GPS; Statistics and application models of spatial data; GIS for the environment and health; Satellite positioning technology and LBS; Urban GIS and its applications; Theories and algorithms in GIS; Government and public GIS

Geo-spatial simulation and visualization

2D and 3D information visualization; Distributed simulations and sensor webs; Simulation modeling dynamic geo processes; Exploratory spatial data analysis; Fine-grained, terrestrial monitoring platforms; Geo-visualization and geo-visual analytics; Visualization of geospatial uncertainty; Representation and visualization of geospatial data

Geo-modeling

Standards and geo-spatial metadata; Novel geo-spatial data processing and management mechanisms; Spatio-temporal data modeling and reasoning; 3D modeling and GIS; Modeling and analysis of terrains; Modeling uncertainty in geo-spatial information; Spatial and spatio-temporal statistics; Geo-spatial and spatio-temporal data mining; Virtual modeling of large geographic areas; Time-geography modeling

Digital cartography data

Digital geographical libraries; Exploratory cartography and interfaces; Digital cartography; Automated mapping and map generalization; Cartographic theory and applications; Data models in cartography; Geographical search engines

Earth Geo-observation

Climate change and the global environment; Data systems for the future Earth observation satellites; Calibration and validation of remotely sensed data; Earth observation sensor networks and applications; Earth observation technology and systems

Geo-sensing

Acquisition and processing of remotely sensed data; Information extraction from remotely sensed data; Data mining across sensor; Intelligent sensors/sensor fusion; Co-operative sensing and organization; Sensor information management systems; Spatio-temporal sensor data mining; Sensor networks and interaction with actuators; Geo-sensor specialized networks (e.g. disaster management, early warning systems, environmental monitoring)

Geo-spatial domain applications

Geospatial Technologies for Disaster Management;Geology and hydrogeology geographical data; Standardization of geodata and geoservices; Environment and land surveying; Oceanographic geo-information; Natural resource information systems; Remote sensing geospatial data collection; Geo-spatial data and vehicular technologies; Geology and Hydrology applications; Location-based services; Environmental monitoring; Special applications: 3D cadastre, traffic management, etc.

Managing geo-spatial data

Managing uncertainty in spatial information; Automatic mapping (possibly web-based ...); Digital elevation/shape modeling; Web-based visualization of statistical data within a geographic framework; Tools and links between GIS and statistical software packages; Business mapping (spatial analysis for business processes as customer segmentation, churn analysis, etc.); Wireless sensor networks for spatial applications; Errors and their measurement in spatial data