By using reality-based 3D city models you are able to present the urban environment to any user the way they are familiar to see the world which is not a synthesized 2D map, but in 3 dimensions. 3D city models are derived in different level-of-details (LODs) with different types of façade textures from various input data like stereo aerial imagery (standard or oblique), laserscanner data and 2D building footprints.
Urban planning
Geographic Information Systems (GIS)Accurate 3D city models are used to perform GIS analysis like line-of-sight (LOS) and viewshed, flood modelling, solar panel optimization and volumetric calculation etc. and can be linked to further building information coming from 2D maps.
First responder within emergency management centres (e.g. fire, police, rescue teams) can evaluate the location of incidents faster and more accurate, which results in a detailed situation awareness to safe and rescue more lives. Virtual 3D city models and real-time visualization allow the user to freely navigate through an urban environment and to calculate secure paths using line-of-sight analysis or to use augmented reality by draping live video streams of surveillance cameras onto the virtual 3D model.
Web-based visualization of large 3D terrain and city model datasets combined with tourism-relevant data (e.g. hotel and restaurant information, shops etc.) help the potential visitors in their decision process and increases the occupancy within the tourist region.
Car navigation
Textured 3D city models and highly detailed 3D landmarks increase the visual recognition of the urban surrounding within a car navigation system.
Further applications of 3D city models are within real estate, entertainment (e.g. game, movie, TV), civil and military simulation, facility management and insurance.
Kilian UlmSales Manager GeodataTel.: +41 44 308 36 64
kulm@cowi.com
3D visualizationOblique photos