The amount of software used to implement vehicle functions continuous to grow rapidly and
will double once more within the next decade. Established test and validation processes can …

Before Advanced Driving Assistance Functions (ADAS) can be deployed for series
production they must pass the exam of a rigorous test and validation. It is commonly agreed …

Advanced Driver Assistance Systems have been integrated in vehicles with the aim of
reducing traffic accidents caused by human error. Due to the safety-critical application of …

■ The new generation of at least partially Autonomous Vehicles (AVs) currently being
developed must consider all situations that occur during driving. Before entrusting lives to …

With the emergence of autonomous driving, a rapidly increasing number of new vehicle
functions is needed, which must be checked by numerous vehicle tests regarding their …

Automated driving systems are in an intensive research and development stage, and the
companies developing these systems are targeting to deploy them on public roads in a very …

Sophisticated Driver Assistance Systems (DASs) on the way to highly automated driving
require extensive testing activities to verify the functionality and the safety of the developed …

The growing trend towards piloted driving (aka autonomous vehicles) intensifies the
challenges posed by testing even further. Another implication of this trend is that validation …

The number of advanced driver assistance systems has increased dramatically in recent
years. This led to a need for the development of testing methods to prove the quality and …

This paper presents a methodological approach for validation of advanced driver assistance
systems (ADASs), especially concerning fault management. Tools in this methodology are …