Main Topics

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Geo-Information based surface Modeling:

-           Airborne, Terrestrial and Mobile Mapping

-           Unmanned Vehicle systems for Geomatics

-           Data Modeling, Visualization and Augmented Reality

-           GIS (dynamic, geoprocessing, geodesign and geocollaboration)

-           Mobile GIS, LBS and UBGI and Geo Sensors Network

-           Digital Terrain Modeling

-           Laser Scanning for 3D Surveying and Mapping

-           SAR image analysis, modeling and techniques

-           Sensors and methods of DEM generation

-           Feature extraction and information retrieval from SAR and hyperspectral images

-           Geodetic Sensors and 3D Measurement

-           Relative Satellite positioning

-           Recent advances in modeling time-varying gravity field

-           Geodetic reference frame

-           Advances in earthquake source imaging using geodetic and seismic data

-           Modeling atmospheric effects in geodetic observations

-           Tomography and 3D mapping

-           POL and POLInSAR: techniques and applications

-           Satellite Oceanography

-           Feature extraction/selection and dimension reduction in hyperspectral images

-           Image segmentation, object detection and recognition

-           Target detection and unmixing in hyperspectral images

-           Image and data fusion

-           Close range photogrammetry

-           3D reconstruction and point cloud processing

-           Sensor technology and geodetic meteorology

-           Spatial Data Fusion

-           3D GIS/LIS Modelling, Analysis and Visualization

-           Spatial Data Infrastructures (SDI), Land Administration, Land Management

            and Cadaster

-           Virtual and Augmented Reality

-           Cognitive Maps and Cognitive GIS modeling

-           Indoor and Outdoor Navigation, Routing and Way Finding

-           Smart Cities and Smart Environment

 

Multi-temporal image analysis and Environmental Monitoring:

-           Rapid mapping for environmental applications and disaster management

-           Mapping of settlement patterns for urbanization monitoring

-           Remote sensing and GIS to support the Emergency Management

-           Geoinformation to support early warning in cases of natural hazards

-           Imaging geodesy and GPS for tectonic and non-tectonic deformation analysis

-           Agricultural mapping and monitoring

-           Land use/cover mapping and monitoring related change

-           Vegetation and crops monitoring and growth 

-           Urban Traffic and Transport Modeling

-           Forest classification and monitoring

-           Photogrammetry and remote Sensing for dynamic vulnerability and recovery

            monitoring

-           Unmanned Aerial Vehicle (UAV) photogrammetry for mapping and rapid

            environmental monitoring

-           Geodesy on large construction: monitoring of structures and system analysis

-           Spatial Semantics and Spatio-Temporal Ontologies

-           Building Information Management (BIM)