Automated vehicles pose a unique challenge to the safety of vulnerable road users.
Research on cyclist-automated vehicle interaction has received relatively little attention …

In order to investigate the interaction between automated vehicles (AVs) and bicyclists, we
present a coupled driving simulator that enables these two traffic participants to interact in a …

At intersections, road users need to comprehend the intentions of others while also implicitly
expressing their own intentions using dynamic information. Identifying patterns of this implicit …

In future traffic, intelligent user interfaces may aid cyclists in interpreting the behaviour of
automated vehicles. Cyclists can be equipped with obstacle-detecting sensors, and an …

ABSTRACT 1 In future urban mobility, safe and efficient interaction between vulnerable road
users and au-2 tonomous vehicles (AVs) will play a crucial role. In order to enable …

This paper presents “Sumonity”, an interface that bridges SUMO (Simulation of Urban
MObility) and Unity, combining SUMO's robust traffic modeling capabilities with Unity's …

The transformation towards sustainable urban traffic strongly includes bicycle traffic. Besides
conven-tional bicycles,(electric) cargo bicycles are discovered to have a great potential both …

In this dissertation a deep learning model is developed that predicts the bicyclist maneuver
intention at unsignalized intersections. In a second step, the model is expanded with a …

Automated vehicles pose a unique challenge to the safety of vulnerable road users.
Research on cyclist-automated vehicle interaction has received relatively little attention …