… Finally, we describe how Ulysses drives a robot in a simulated environment provided by our
… driving model is a key component for developing autonomous vehicles and intelligent driver …

… autonomous vehicles (16). Many cross-generational studies found that younger drivers are
more 1 likely to accept autonomous vehicles and related technologies, while older drivers …

… interactions of multiple autonomous vehicles at intersections. … However, the system relies
on all vehicles being equipped … as the number of autonomous vehicles on the road increases, …

… Operating under the assumption that our autonomous vehicle drives on a public road, we
can improve the detection rate using a 3D map and the current position information. Projecting …

… • Similarly to the children, people with a disability like blindness or other severe disability
that nowadays prevents them from driving a vehicle, will be able to use an autonomous vehicle …

… patterns by which they can develop better autonomous vehicles for the maximal fuel …
drivers, autonomous vehicles controlled via a computer could strictly follow the optimal driving …

… A framework for modeling driver behavior within driving simulators is described in … driving
behavior models for autonomous vehicles operating within the virtual environment of a driving …

… associated with willingness to pay more for a self-driving car, indicating a significant
association between attitudes toward autonomous vehicles and behavioral intentions to use them. …

… driving merges. Furthermore, we find that merging drivers are more competitive than nonmerging
drivers. … Similarly, in highway driving, we observe human drivers open gaps for merging …

… Driving intelligence tests are critical to the development and deployment of autonomous
vehicles. The prevailing approach tests autonomous vehicles in life-like simulations of the …