While many mature and reliable simulation engines exist for different system components,
such as the network or the sensing and physics subsystems, the integration of these …

Safety-critical cooperative vehicle applications such as platooning, require extensive testing,
however, the complexity and cost involved in this process, increasingly demands for realistic …

Many exciting future research topics in the field of Cooperative Autonomous Vehicles
(CAVs) require the simulation of both connectivity and automation components. However …

Evaluation of cooperative automated driving applications requires the capability of
simulating the vehicle and traffic dynamics as well as the communications with a level of …

The development of critical cooperative autonomous vehicle systems is increasingly
complex due to the inherent multidimensional problem that encompasses control …

Modern vehicle systems are becoming more complex with every generation and
development cycles are becoming ever shorter. Hardware-in-the-Loop (HIL) simulation is …

Cooperative ITS systems are expected to improve road traffic safety and efficiency, and
provide infotainment services on the move, through the dynamic exchange of messages …

Collaborative autonomous vehicles will appear in the near future and will transform deeply
road transportation systems, addressing in part many issues such as safety, traffic efficiency …

Simulating connected vehicles in realistic environments is a computationally expensive task,
particularly when large numbers of traffic participants are involved. To cope with exploding …

The field of cooperatively interacting vehicles requires complex simulation infrastructures
dealing with various aspects such as vehicle, traffic, and communication models. In this work …