Laufende Forschungsprojekte

GNSS und Inertialnavigation

• Bounding and propagating observation uncertainty with interval mathematic (GRK 2159)

  Intervals (Jaulin et al 2001) can be seen as a natural way to bound observation uncertainty in navigation systems such as GPS, IMU or optical sensors like LIDAR, since they are in principle free of any assumption about probability distributions and can thus describe adequately remaining systematic effects (Schön 2016, Schön and Kutterer 2006). In this project, we intent to experimentally investigate in more details the actual size of observation intervals.

  Leitung: Prof. Dr.-Ing. Steffen Schön

  Team: Jingyao Su, M.Sc.

  Jahr: 2020

  Förderung: DFG
• Collaborative Navigation for Smart Cities (GRK 2159)

  Global Navigation Satellite Systems (GNSS) is the only navigation sensor that provides absolute positioning. However, urban areas form the most challenging environment for GNSS to achieve a reliable position. Because of the reduced satellite visibility and disturbed signal propagation like diffraction and multipath, the resulting position has a reduced accuracy and availability. The overall research objective of this project is to reduce these shortcomings through collaboration. Therefore, similarity of multipath at different locations within streets will be studied.

  Leitung: Prof. Dr.-Ing. Steffen Schön

  Team: Anat Schaper, Jingyao Su, Dennis Kulemann

  Jahr: 2019

  Förderung: DFG