The development of the safety critical systems of future commercial vehicles is mainly driven by the social demand, that the societies want to see safer, more reliable vehicles on the roads, which can also handle more complex situations than human driver can. It is questioned whether the approaches of the classical reliability theory are appropriate for redundant electronic systems, especially if they have a safety-critical nature, such as the electronic brake system, which has been used in commercial vehicles in Europe for almost a decade
The aim of the research is to elaborate mathematical methods and procedures which support design of ...
This paper deals with the functional safety of road vehicles, especially the utilization of appropri...
The paper describes relevance of the issue of ensuring reliable operation of vehicles for providing ...
Redundant electronic systems confront us with new challenges in reliability analysis since handling ...
On qualitative and operational reliability of electronic brake systems for heavy duty vehicle
In today's automotive industry, companies are organized into simultaneous engineering teams to devel...
The revolutionary changes in automotive industry towards fully connected automated electrical vehicl...
The revolutionary changes in automotive industry toward fully connected automated electrical vehicle...
Reliability of transport equipment plays a crucial role in providing safety for passengers. Safety s...
Current design processes are not keeping up with the ambitious demands of the automotive industry:To...
The failure of electronic components is one of the relevant reasons for breakdowns in the automotive...
Modern Automated Driving (AD) systems rely on safety measures to handle faults and to bring the vehi...
In the past electronics in automotive was mainly for entertainment and utility applications, today i...
In the design of a safe road transport system there is a need to better understand the safety challe...
Automated driving functions at high levels of autonomy operate without driver supervision. The syste...
The aim of the research is to elaborate mathematical methods and procedures which support design of ...
This paper deals with the functional safety of road vehicles, especially the utilization of appropri...
The paper describes relevance of the issue of ensuring reliable operation of vehicles for providing ...
Redundant electronic systems confront us with new challenges in reliability analysis since handling ...
On qualitative and operational reliability of electronic brake systems for heavy duty vehicle
In today's automotive industry, companies are organized into simultaneous engineering teams to devel...
The revolutionary changes in automotive industry towards fully connected automated electrical vehicl...
The revolutionary changes in automotive industry toward fully connected automated electrical vehicle...
Reliability of transport equipment plays a crucial role in providing safety for passengers. Safety s...
Current design processes are not keeping up with the ambitious demands of the automotive industry:To...
The failure of electronic components is one of the relevant reasons for breakdowns in the automotive...
Modern Automated Driving (AD) systems rely on safety measures to handle faults and to bring the vehi...
In the past electronics in automotive was mainly for entertainment and utility applications, today i...
In the design of a safe road transport system there is a need to better understand the safety challe...
Automated driving functions at high levels of autonomy operate without driver supervision. The syste...
The aim of the research is to elaborate mathematical methods and procedures which support design of ...
This paper deals with the functional safety of road vehicles, especially the utilization of appropri...
The paper describes relevance of the issue of ensuring reliable operation of vehicles for providing ...