The approach is a prototypical development of a so-called urban data platform, linking sensor data streams and 3D city models to enable and visually support spatio-temporal data analysis.
The Centre for Geodesy and Geoinformatics (ZGG) bundles research activities dealing with acquisition and processing of spatial information. Spokesman of the centre is Prof. Paul Rawiel.
In addition to modern developments in surveying, photogrammetry and remote sensing, the topics cover a wide range, from sensor technology to information processing and visualization. With the right selection and combination of different sensor principles and evaluation methods, new and innovative approaches for cooperation in strongly interdisciplinary fields of work can be found.
The possible combinations regarding sensors include optical, mechanical and electromagnetic measuring principles. For example, LIDAR sensors are used, which were developed for construction-related surface recording, mobile mapping or autonomous driving. Such systems often integrate camera, laser and inertial measurement technology.
On the analysis side technologies are used to perceive, understand, learn and act on corresponding systems. Machine learning is a technology that creates new innovations without having to develop new programs for it. For example, objects or their properties can be automatically recognized and evaluated in space.
As a further approach of data evaluation, methods of geoinformatics are being developed to process the spatial data and make it available in new contexts. The focus here is on 3D geodata infrastructures and geographic information systems (GIS).
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CircularGreenSimCity
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Digital twin
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FORTH-BW
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Good Vibrations
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Hire
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iCity 2: DiaOpt4iCity
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iCity 2: Mobility4iCity project
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iCity 2: Streetmoves4iCity
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iCity 2: UDigiT4iCity
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INSPIRER project
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Pro.La-Fellbach
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SektorSim³
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3DPS-RTGIS project
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3ProzentPlus
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ABOUT
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CIGS-Facade
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CityDoctor 2
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iCity 1: BIM-compliant building reconstruction
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iCity 1: imaF – Natural ventilation
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iCity 1: MUSI
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iCity 2: ICT4iCity project
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iCity 2: IQG4iCity project
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MobiArch: End of congestion warning
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SensAR
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SimStadt 2.0
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Smart2Charge
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Name & Position | E-Mail & Telephone | Competencecenter | ||
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Professor, Study Dean Master Vermessung | +49 711 8926 2348 | 2/163 | Geodäsie und Geoinformatik | |
Professor, Study Dean Master PG | +49 711 8926 2529 | 2/164 | Geodäsie und Geoinformatik | |
Vice-President Research and Digitization | +49 711 8926 2663 | 1/121 | Geodäsie und Geoinformatik | |
Full Professor | +49 711 8926 2966 | 2/546 | Geodäsie und Geoinformatik Industrielle Anwendungen der Informatik und MathematikDigitalisierung in Forschung, Lehre & Wirtschaft | |
Professor | +49 711 8926 2629 | 2/149 | ||
Professor | +49 711 8926 2610 | 2/210 | Geodäsie und Geoinformatik Industrielle Anwendungen der Informatik und Mathematik | |
Vice Dean | 2/210 |
Name & Position | E-Mail & Telephone | Competencecenter | ||
---|---|---|---|---|
Academic Staff Member | +49 711 8926 2549 | 2/281 | ||
Academic Assistant / PhD student | +49 711 8926 2704 | 5/0.61 | Digitalisierung in Forschung, Lehre & Wirtschaft Geodäsie und GeoinformatikIntegrale ArchitekturNachhaltige StadtentwicklungNeue Forschungsfelder | |
Academic staff member | +49 711 8926 2732 | 2/246 | Geodäsie und Geoinformatik Industrielle Anwendungen der Informatik und Mathematik | |
Academic/Research Staff Member (GeoInformatic) | +49 711 8926 2838 | 2/281 | Geodäsie und Geoinformatik | |
Academic Staff | +49 711 8926 2423 | 2/281 | Geodäsie und Geoinformatik | |
Forschung Mitarbeiter (FDM) | 7/004 | Geodäsie und Geoinformatik | ||
Researcher | +49 711 8926 2320 | 2/344 |