Fischer - Theses

Bachelor Theses (finished)

  • Trajectory modeling
    With global navigation satellite systems and their free positioning services, as well as small, low-cost GNSS receivers, it's never been easier to capture and record motion anywhere, anytime. The resulting data volumes can quickly become very large. This makes these records impractical when it comes to storage and evaluation. Approaches to reduce the amount of data while preserving a maximum of spatio-temporal information are required.
    Led by: Colin Fischer
    Team: Sebastian Leise
    Year: 2016
    Duration: 2016

Master Theses (finished)

  • Gesture-based interaction with virtual 3D environments
    With the availability of increasingly powerful computing technology in the home/leisure sector, a race to develop affordable virtual reality (VR) and augmented reality hardware broke out on the technology market a few years ago, targeting potential markets, in particular, for realistic 3D content presentation (e.g. computer games). The core of this technology is the processing of three-dimensional information in the form of 2D stereo image pairs, which can be consumed via suitable output hardware (glasses/helmets). However, this principle can also be used elsewhere, for example for better exploration of or interaction with 3D spatial data.
    Led by: Colin Fischer
    Team: Florian Politz
    Year: 2016
    Duration: 2016