Model-based software using Matlab & Simulink is indispensable in the automotive sector. Hence, the approaches for requirements engineering, development, verification, and validation in this area are deeply studied. This study focuses on their specific application for simulation models of safety-critical software and hardware components in the domain. A methodology for the above-mentioned software development steps is proposed. Each step is explained and considerations regarding safety are outlined. The study concludes with showing the feasibility of combining stakeholder knowledge with current literature on model-based development
The aircraft or system safety assessment process is an integral part of the overall aircraft develop...
The development of intelligent in-car systems and connected vehicle systems is of major concern to t...
Along with the announcement of vehicle safety standards, e.g. ISO 26262, ESP and AUTOSAR, embedded s...
Abstract1: Since the mid 1990s, model-based development techniques have been adopted for the develop...
International audienceWith autonomous driving, vehicles are undergoing tremendous and multiple innov...
University of Minnesota M.S.E.E. thesis. 2018. Major: Electrical Engineering. Advisors: David Lilja,...
Introduction of active safety functions in the heavy vehicle industry to meet the legislations and c...
This paper describes and demonstrates an approach that promises to bridge the gap between model-base...
The paper presents the experience of the authors in model based testing of safety critical real-time...
The ever-increasing complexity of safety-critical systems puts high demands on safety assurance and ...
Modeling and Simulation Based Systems Engineering is emerging as an integrative approach from the lo...
International audienceThe development of driver assistance and autonomous driving systems for vehicl...
AbstractThe increasing amount of assistance features in today's vehicles to ensure safe and reliable...
International audienceSummary The paper gives an overview of existing methods and tools for safety a...
\u3cp\u3eThis paper describes the development of a software layer which monitors the functional beha...
The aircraft or system safety assessment process is an integral part of the overall aircraft develop...
The development of intelligent in-car systems and connected vehicle systems is of major concern to t...
Along with the announcement of vehicle safety standards, e.g. ISO 26262, ESP and AUTOSAR, embedded s...
Abstract1: Since the mid 1990s, model-based development techniques have been adopted for the develop...
International audienceWith autonomous driving, vehicles are undergoing tremendous and multiple innov...
University of Minnesota M.S.E.E. thesis. 2018. Major: Electrical Engineering. Advisors: David Lilja,...
Introduction of active safety functions in the heavy vehicle industry to meet the legislations and c...
This paper describes and demonstrates an approach that promises to bridge the gap between model-base...
The paper presents the experience of the authors in model based testing of safety critical real-time...
The ever-increasing complexity of safety-critical systems puts high demands on safety assurance and ...
Modeling and Simulation Based Systems Engineering is emerging as an integrative approach from the lo...
International audienceThe development of driver assistance and autonomous driving systems for vehicl...
AbstractThe increasing amount of assistance features in today's vehicles to ensure safe and reliable...
International audienceSummary The paper gives an overview of existing methods and tools for safety a...
\u3cp\u3eThis paper describes the development of a software layer which monitors the functional beha...
The aircraft or system safety assessment process is an integral part of the overall aircraft develop...
The development of intelligent in-car systems and connected vehicle systems is of major concern to t...
Along with the announcement of vehicle safety standards, e.g. ISO 26262, ESP and AUTOSAR, embedded s...