This paper aims to contribute to the comprehensive and systematic safety assessment of
Automated Driving Systems (ADSs) by identifying unknown hazardous areas of operation …

The development of safety validation methods is essential for the safe deployment and
operation of Automated Driving Systems (ADSs). One of the goals of safety validation is to …

Objective Regulations are currently being drafted by the European Commission for the safe
introduction of automated driving systems (ADSs) with conditional or higher automation …

Automated Driving is one of the trends in the automobile industry. Latest developments in
technology and prototypes suggest that the introduction of automated driving is near …

The advancement of automation in safety-critical systems has opened the door to newer
opportunities in several fields. However, the increasing complexity has led to more risks and …

The safety validation of automated driving for SAE level 3 and higher is still an unsolved
issue. While it is generally assumed that an automated driving system should be at least as …

A safe introduction of automated driving systems on urban roads requires a thorough
understanding of the traffic conflicts and accidents. This understanding is paramount to …

The operational safety of automated driving system (ADS)-equipped vehicles (AVs) must be
quantified using well-defined metrics in order to gain an unambiguous understanding of the …

Verification and validation of automated driving systems' safety are some of the biggest
challenges for the introduction of automated vehicles into the market. Scenario-based safety …

Among the three major safety assessment methods (ie, simulation, test track, and on-road
test) for highly automated driving systems (ADS), test tracks provide high fidelity and a safe …