Autonomous driving is a technology that is evolving faster and faster and whose importance is growing significantly. As the technology advances, so does the need to ensure that such systems are safe, in order to protect human lives. This thesis aims to evaluate the safety of autonomous driving systems consisting of classical controllers or more elaborate ones such as Model Predictive Control, with a predetermined route and in presence or absence of obstacles, performing Design Space Exploration to assess the behaviour of the system under different conditions
The field of autonomous driving is rapidly expanding and extensive research is conducted in this fie...
Abstract: This paper presents an obstacle avoidance scheme for autonomous vehicles as an active safe...
Autonomous cars can reduce road traffic accidents and provide a safer mode of transport. However, ke...
Self-driving vehicles have attracted a lot of interest due to their potential to significantly reduc...
International audienceWe propose a Model-Based System Engineering (MBSE) approach for the safety of ...
Abstract — A common requirement for autonomous cars is a safe locomotion which is evaluated by the m...
The last few years, the automotive industry sees the Autonomous Vehicles (AV) as a great opportunity...
International audienceThe autonomous vehicle (AVs) market is expanding at a rapid pace due to the ad...
ABSTRACTMODEL PREDICTIVE CONTROL FOR ON-ROAD AUTONOMOUS DRIVING by RUSHANTH SAI GANESH THATI JEEVANA...
In safety engineering for non-autonomous vehicles, it is generally assumed that safety is achieved i...
Autonomous driving is one of the technologies that could impact significantly society in the next d...
Highly automated vehicles have the potential to provide a variety of benefits e.g., decreasing traff...
New technologies make it possible to implement systems that use existing behavior such as steering a...
This paper details the design of an autonomous vehicle CAD toolchain, which captures formal descript...
Nowadays, many cars are equipped with Advanced Driving Assistance Systems (ADAS), from cruise contro...
The field of autonomous driving is rapidly expanding and extensive research is conducted in this fie...
Abstract: This paper presents an obstacle avoidance scheme for autonomous vehicles as an active safe...
Autonomous cars can reduce road traffic accidents and provide a safer mode of transport. However, ke...
Self-driving vehicles have attracted a lot of interest due to their potential to significantly reduc...
International audienceWe propose a Model-Based System Engineering (MBSE) approach for the safety of ...
Abstract — A common requirement for autonomous cars is a safe locomotion which is evaluated by the m...
The last few years, the automotive industry sees the Autonomous Vehicles (AV) as a great opportunity...
International audienceThe autonomous vehicle (AVs) market is expanding at a rapid pace due to the ad...
ABSTRACTMODEL PREDICTIVE CONTROL FOR ON-ROAD AUTONOMOUS DRIVING by RUSHANTH SAI GANESH THATI JEEVANA...
In safety engineering for non-autonomous vehicles, it is generally assumed that safety is achieved i...
Autonomous driving is one of the technologies that could impact significantly society in the next d...
Highly automated vehicles have the potential to provide a variety of benefits e.g., decreasing traff...
New technologies make it possible to implement systems that use existing behavior such as steering a...
This paper details the design of an autonomous vehicle CAD toolchain, which captures formal descript...
Nowadays, many cars are equipped with Advanced Driving Assistance Systems (ADAS), from cruise contro...
The field of autonomous driving is rapidly expanding and extensive research is conducted in this fie...
Abstract: This paper presents an obstacle avoidance scheme for autonomous vehicles as an active safe...
Autonomous cars can reduce road traffic accidents and provide a safer mode of transport. However, ke...