International audienceWe propose a Model-Based System Engineering (MBSE) approach for the safety of Autonomous Vehicles (AVs) in planned trajectories. It is a simulation environment in which we specify and generate safety rules with priorities. Its objective is to create a resilient and safe driver monitoring system that continuously checks safety rules, and triggers alarms when violations occur. This framework will also help to detect rule inconsistencies for all the feature block decisions
Emerging segments such as Urban Air Mobility require new safety-critical avionic systems. The comple...
New technologies make it possible to implement systems that use existing behavior such as steering a...
Persistent challenges in making autonomous vehicles safe and reliable have hampered their widespread...
International audienceWe propose a Model-Based System Engineering (MBSE) approach for the safety of ...
Symposium on Intelligent and Autonomous Systems (SIAS 2021)Tallinn, Estonia. June 21-23, 2021Interna...
In safety engineering for non-autonomous vehicles, it is generally assumed that safety is achieved i...
Autonomous driving is a technology that is evolving faster and faster and whose importance is growin...
Each year, automotive crashes cause thousands of deaths and injuries. Autonomous safety systems have...
This paper details the design of an autonomous vehicle CAD toolchain, which captures formal descript...
International audienceAutomotive engineers have to meet evolving customer expectations, particularly...
In the past two decades, the safety of autonomous vehicles has drawn in-creasing attention from b...
With the introduction of vehicular digitization and automation, there has been significant growth in...
Automated Vehicles (AV) that are currently being developed, have to be assessed whether they are abl...
https://www.erts2022.org/International audienceThe level of autonomy of our vehicles is rapidly incr...
International audienceThe autonomous vehicle (AVs) market is expanding at a rapid pace due to the ad...
Emerging segments such as Urban Air Mobility require new safety-critical avionic systems. The comple...
New technologies make it possible to implement systems that use existing behavior such as steering a...
Persistent challenges in making autonomous vehicles safe and reliable have hampered their widespread...
International audienceWe propose a Model-Based System Engineering (MBSE) approach for the safety of ...
Symposium on Intelligent and Autonomous Systems (SIAS 2021)Tallinn, Estonia. June 21-23, 2021Interna...
In safety engineering for non-autonomous vehicles, it is generally assumed that safety is achieved i...
Autonomous driving is a technology that is evolving faster and faster and whose importance is growin...
Each year, automotive crashes cause thousands of deaths and injuries. Autonomous safety systems have...
This paper details the design of an autonomous vehicle CAD toolchain, which captures formal descript...
International audienceAutomotive engineers have to meet evolving customer expectations, particularly...
In the past two decades, the safety of autonomous vehicles has drawn in-creasing attention from b...
With the introduction of vehicular digitization and automation, there has been significant growth in...
Automated Vehicles (AV) that are currently being developed, have to be assessed whether they are abl...
https://www.erts2022.org/International audienceThe level of autonomy of our vehicles is rapidly incr...
International audienceThe autonomous vehicle (AVs) market is expanding at a rapid pace due to the ad...
Emerging segments such as Urban Air Mobility require new safety-critical avionic systems. The comple...
New technologies make it possible to implement systems that use existing behavior such as steering a...
Persistent challenges in making autonomous vehicles safe and reliable have hampered their widespread...