In this paper, we will explore challenges for the validation and testing of Automated Driving Functions (ADF), which represent one of the major roadblocks for successful integration of emerging technologies into commercial vehicles. We provide an overview of current methodologies used for validation and testing, focusing on the missing parts. Furthermore, we give an insight into promising methodologies, frameworks, and research areas which aim to reduce current testing and validation efforts
This paper presents a new validation method for automated driving systems at road junctions. The met...
An increasing number of pilot concept cars include conditionally and highly automated driving functi...
This paper presents some results on the development and testing of new solutions in the field of dri...
With the introduction of automated driving without driver supervision, the automotive industry break...
This paper discusses the methodological challenges related to automated driving (AD) pilots in the r...
Automated driving is a central research topic in the automotive field. In particular, SAE level 3+ s...
Automated vehicles are not supposed to fail at any time or in any situations during driving. Thus, v...
This dissertation is concerned with the application of functional decomposition - which is known fro...
The technology in the area of automated vehicles is gaining speed and promises many advantages. Howe...
Intelligent vehicles have improved their highly and fully automated driving capacities in the last y...
Long-distance commercial vehicles are predestined for automated driving due to their high performanc...
Safety and reliability are the most critical attributes of vehicles when it comes to licensing. To e...
Automated driving has arisen more and more attention both in traditional automobile industries and i...
This thesis presents new tools and methods for the design and validation of advanced driver assistan...
This paper presents some preliminary analyses on the development of new tools for the transport indu...
This paper presents a new validation method for automated driving systems at road junctions. The met...
An increasing number of pilot concept cars include conditionally and highly automated driving functi...
This paper presents some results on the development and testing of new solutions in the field of dri...
With the introduction of automated driving without driver supervision, the automotive industry break...
This paper discusses the methodological challenges related to automated driving (AD) pilots in the r...
Automated driving is a central research topic in the automotive field. In particular, SAE level 3+ s...
Automated vehicles are not supposed to fail at any time or in any situations during driving. Thus, v...
This dissertation is concerned with the application of functional decomposition - which is known fro...
The technology in the area of automated vehicles is gaining speed and promises many advantages. Howe...
Intelligent vehicles have improved their highly and fully automated driving capacities in the last y...
Long-distance commercial vehicles are predestined for automated driving due to their high performanc...
Safety and reliability are the most critical attributes of vehicles when it comes to licensing. To e...
Automated driving has arisen more and more attention both in traditional automobile industries and i...
This thesis presents new tools and methods for the design and validation of advanced driver assistan...
This paper presents some preliminary analyses on the development of new tools for the transport indu...
This paper presents a new validation method for automated driving systems at road junctions. The met...
An increasing number of pilot concept cars include conditionally and highly automated driving functi...
This paper presents some results on the development and testing of new solutions in the field of dri...