After the first year of this project, the need for computer vision-based user interfaces was identified which should include technology for computer-based interaction with physical maps and map/model-based tracking. The project is looking for an additional partner with outstanding computer vision and augmented reality expertise who is able to develop core technology in these directions. The required technologies are summarized as follows:

1. Augmenting paper maps: for urban planning situations, paper maps are appropriate because they provide a high-resolution, yet large-scale view of the environment. However, these maps lack dynamical information such as locations of moving vehicles or simulation results. An augmented map should be developed which combines both static information on physical maps and dynamical information using projector-based augmentation information.

2. Handheld map tracking: similar to the augmented paper maps, a portable map tracking algorithm should be developed which allows augmentation on handheld devices rather than direct augmentation on physical maps.

3. Model-based outdoor tracking: we are looking for robust model-based outdoor tracking algorithms which are complementary to GPS and INS tracking. Based on rapid acquisition techniques of 3D models of the environment, robust tracking should be developed which runs on handheld devices (i.e. ultra-mobile PCs, smartphones).

For more information, see this (pdf).
There is also a Guide for proposers here (pdf).