Informatics, Geoinformatics and Remote Sensing

7. Section Informatics

  • Algorithms, compilers, architectures
  • Programming languages and techniques
  • Data modeling, complex and expert systems
  • Graph theory, hybrid methods and numerical computation
  • Networking, parallel systems and simulation
  • Software development and engineering
  • Computer aided design (CAD), distributed and embedded systems
  • Grid computing, Industrial applications and Marketing
  • Cybernetics
  • Project management

 

8. Section Geoinformatics

  • Web-based geospatial data and GIS services
  • Multi-dimensional (2D, 3D, and 4D) spatial data modeling and data quality
  • Integrated multi-sensor navigation systems
  • Spatial data fusion and integration algorithms
  • Integration of environmental modeling and GIS
  • Wireless GIS solutions for disaster management
  • Remote sensing for disaster monitoring, mitigation and assessment
  • Data and systems interoperability for handling emergencies
  • Project management

 

9. Section Geodesy and Mine Surveying

  • Geodetical measuring technique and instruments
  • Methods and technologies in geodesy and mine surveying
  • Cadastre, land and real estate planning and management
  • Global navigation satellite systems in geodesy
  • Geodetical research of geodynamical and landslide processes
  • Laser scanning and advance technologies
  • Software, databases and applications for geodesy and mine surveying
  • Project management

 

10. Section Photogrammetry and Remote Sensing

  • Airborne photogrammetry and LiDAR
  • Laser scanning and close-range applications
  • Object-based image analysis and super-resolution mapping
  • Technologies and facilities of remote sensing data processing
  • Digital photogrammetric technologies for geo-applications.
  • Digital aerial cameras. Direct georeferencing methods, airborne GPS/IMU.
  • Acquisition and applications of satellite imagery.
  • Project management

 

11. Section Cartography and GIS

  • Theoretical cartography, map projections, map design and production
  • Digital cartography and GIS for sustainable development
  • Geographical Information Systems. Specialized GIS and applications regarding water, air quality, biodiversity, mineral resources, soil and land use
  • Mobile GIS
  • Spatial data infrastructures (NSDI and GSDI), development, standards. Spatial data exchange
  • Cartography and satellite imagery for the management of natural resources and the environment
  • Virtual models, 3D and geo-visualization in cartography
  • Geo-visualization of temporal data
  • Geo-visualization in landscape planning and assessment
  • Research and development, new products and cartographic systems
  • Project management

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