The main research areas include spatio-temporal 3D reconstruction, modern calibration and image orientation, dense stereo image matching, surface reconstruction using motion, shading, focus or silhouette, aerial image analysis for autonomously navigating flight systems as well as object recognition using knowledge-based image analysis.
Research
- AISTEC-PRO - Collaborative project: Safety assessment of infrastructure with digital technologies - Takeoff for practice. Subproject: Reliability assessment and validation of the AISTEC methodology
- MultiSkalChar - 3D multiscale characterization of cement-based building materials
- MetaReal - Immersive communication, collaboration and intelligent services in a digital world copy
Projects
- Digitization and 3D reconstruction of the Weimar Residential Palace (Klassik Stiftung Weimar)
- Digitization and 3D reconstruction of the clothing attributed to Goethe (Klassik Stiftung Weimar)
Research
- ev.AI.luate - Evaluation of AI methods for damage detection on engineering structures in the context of image quality
- Text-Image-Structure - Digital humanities and the discourse of modernity (1880-1930)
- smoodPLAN - Establishment of a holistic system for increasing energy efficiency in the neighborhood
- InfraCloud - Subproject: Automatic image analysis for damage detection
- VIGITA - Networked intelligent objects through, on and around interactive tables in everyday life
- nVisDa - Structures for a consistent building inspection with digital images and data analytics
- AISTEC - Modern technology for assessment of ageing infrastructure
- 3reCapSL - Mobile 3D reality capture scanlab
- Vogtland pioneers - The foundations of digitalization in the preservation of monuments and renovation
- ISBau - Intelligent control of construction machines and realistic training
- Research group - Digital engineering for planning and revitalisation processes of urban areas
- ZukunftBau - Unmanned aerial vehicles (UAV) for condition determination of structures - sequel
Projects
- Support of the assessment according to DIN 1076 by (semi-)automated image analysis using UAV (GMTIB, Federal Institute of Road Transport)
- Scientific emergency protection concept for the choral pillar sculptures in Halberstadt Cathedral (Professorship Modelling and Simulation – Construction, Dipl. Rest. Corinna Grimm)
- Feasibility study for the implementation of an automated aerial image-based building monitoring (GMTIB, Deutsche Bahn Netz AG)
Labs
- Computer Vision Lab (Bauhausstraße 11, room 013)
- Geodetic Measurement Lab (Coudraystraße 9b, room K01)
