P M Max − Planck − Institutfür biologische Kybernetik

P M Max − Planck − Institutfür biologische Kybernetik

P M Max − Planck − Institutfür biologische Kybernetik

Flexible models of object classes, based on linear combinations of prototypical images, are capable of matching novel images of the same class and have been shown to be a powerful tool to solve several fundamental vision tasks such as recognition, synthesis and correspondence. The key problem in creating a speciic exible model is the computation of pixelwise correspondence between the prototype...

PM Max − Planck − Institutfür biologische Kybernetik

In the present experiment we investigated the importance of velocity information during a lane-centering task between the walls of a simulated tunnel. We v aried both simulated velocity and the spatial frequency content of the walls' surfaces, in order to address the innuence of each parameter on steering performance. Further, this performance was compared to the eeectiveness of lateral control...

Two Workshops on Spatial Cognition Max{planck{institut F Ur Biologische Kybernetik T Ubingen Navigation in Biological and Artiicial Systems Spatial Cognition in Real and Virtual Environments

P M Max − Planck − Institutfür biologische Kybernetik

The usage of landmark information in a route navigation task is investigated in a virtual environment. After learning a route, subjects were released at intermediate points along the route and asked to indicate the next movement direction required to continue the route. At each decision point, three landmarks were present, one of which was viewed centrally and two which appeared in the peripher...