Overview

  • Current trends in Geospatial Technology
    • Spatial Information Infrastructures (SDI)
    • Geospatial Data Capture, Fusion and Harmonisation
    • Location Based Services and Mobile Applications
    • Geosensor Networks
    • Interoperability and standards
    • Geovisualisation
    • GI Education and Training
    • GI Policy and Society, e-Government
  • GIS implementation and deployment
  • Sustainable development and Millennium Development Goals
  • Demographic and Socioeconomic Modelling
  • Environmental/Ecological and Urban/Regional Modelling
  • Health and Medical Informatics
  • Natural Resources Management and Monitoring
  • Disaster and Risk Management, Flood Modelling
  • Spatial Data Usability and Data Quality
  • Spatiotemporal Modelling and Analysis
  • Case studies
  • Participatory GIS, voluntary geographic information
  • Earth Observation Systems: Issues and Applications (according ISPRS's Beijing Declaration)
    • Acquisition, processing, interpretation and analysis of aerial and satellite imagery
    • application for socio-economic sustainable development,
    • natural disaster prediction, mitigation and response,
    • maintenance of biodiversity,
    • cultural heritage conservation,
    • global and environmental climate change monitoring,
    • land use and land cover inventory,
    • food security,
    • sustainable use of water resources, and human habitat, environment and health
    • Lidar Processing
    • Image Interpretation for Topographic Mapping
    • Image Analysis for Change Detection
  • Digital Terrain Modeling, 3D
  • Validation, calibration and certification of digital cameras and other types of sensors, automated information extraction from all forms of imagery, distributed data processing for information services


(c) Stuttgart University of Applied Sciences (SUAS)