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

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 …

In recent years many C-ITS innovation projects have been implemented and early
commercial deployment is starting. Simultaneously, automated driving is gaining …

This demonstration presents the integrated multi-agent traffic simulation for human-in-the-
loop cooperative drive systems testing. Its openness and flexibility supports a wide range of …

This work presents a distributed real-time simulation setup for automated driving function
testing in urban environments. In the automotive domain, a large number of simulation …

Road accidents is one of the major cause of deaths worldwide. Traffic is also one of the main
problems in large cities. The development of intelligent transportation systems may …

Cooperative driving, a technology domain that allows for autonomous as well as manually
driven vehicles to cooperatively coordinate their maneuvers with the aid of inter-vehicular …

The increasingly used approach of combining different simulation softwares in testing of
automated driving systems (ADSs) increases the need for potential and convenient software …

The purpose of this research is to tackle one of the most difficult issues in the realm of self-
driving cars, which is the testing of advanced self-driving application scenarios. Thus, this …

Due to the sheer infinite number of test scenarios for test and validation of automated
driving, stand-alone on-road testing of these systems is not reasonable, calling for the …