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Institute for Photogrammetry
Uni
versity of Stuttgart
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Photogrammetric Computer Vision
Photogrammetric Systems
Remote Sensing
Geoinformatics
Geoinformatics
Crowdsourcing
Crowd-Sourced Indoor Modelling
Indoor Change Detection (BIM as-build versus as-designed)
Quantitative Methods for Visual Computing (SFB TRR 161)
Grammar Supported Façade Reconstruction
Data Model for Hybrid 3D Geoinformation Systems
Automatic Map Retrieval in the Internet
Context Information from Detailed Façade Models
Conflation of Spatial Data
Photogrammetric Computer Vision
Semantic Segmentation of 3D Geospatial Data
Environment Monitoring for a Cyber-Physical Construction Platform
Simultaneous Localization and Mapping (SLAM)
LIDAR_DIM
Close Range Photogrammetry for Deformation Measurement
Archiv
Archiv
3D Virtual City Models
Virtual City Models
Dense 3D Surface Reconstruction by Aerial Image Matching
Detailed building facades from terrestrial point clouds
Image-Based Mobile Mapping
Urban Data Interpretation using Deep Learning
Photogrammetric Systems
Direct Georeferencing of UAS Platforms
Relative Orientation and Modified Piecewise Epipolar Resampling for High Resolution Satellite Images
Efficient Engineer-Geodetic Monitoring of Traffic Structures
On the Potential of Low-Cost UAV Camera Systems
Remote Sensing
4D Change Detection based on Persistent Scatterer Interferometry
ALS Point Cloud Classification with Convolutional Neural Networks
Bathymetry by Fusion of Airborne Laser Scanning and Multi-Spectral Aerial Imagery
Airborne (PolIn)SAR for coastal protection
DInSAR for monitoring of mining tailing dams
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Infrastructure Planning
Geomatic Engineering (GeoEngine)
Geomatic Engineering (GeoEngine)
Signal Processing
Airborne Data Acquisition
Remote Sensing
Geoinformatics
Computer Vision
Pattern Recognition
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Institute
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Dissertation Philipp Schneider
September 21, 2020 / Markus Englich
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