Study of Driver’s Behavior during Overtaking Situations
Karine Younsi, Jérôme Floris, Bako Rajaonah, P. Simon, P. Loslever, Jean‐Christophe Popieul
Abstract
Karine Younsi, Jérôme Floris, Bako Rajaonah, P. Simon, P. Loslever, Jean‐Christophe Popieul
Abstract
Driving is often a highly complex task because of the growing traffic density. Car manufacturers and equipment suppliers propose more and more driving assistance systems in order to keep safety at the highest possible level. Some of these assistance systems deal with longitudinal aspects of the driving task such as Anti Blockier System (ABS), Braking Assistance System (BAS), or Adaptative Cruise Control (ACC), but few deal with lateral aspects. However, systems dedicated to the prevention of hazardous lane changes should significantly improve road safety. This work focuses on this issue and aims, in a first step, at a better knowledge of driving behaviors during overtaking situations.
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Driving is often a highly complex task because of the growing traffic density. Car manufacturers and equipment suppliers propose more and more driving assistance systems in order to keep safety at the highest possible level. Some of these assistance systems deal with longitudinal aspects of the driving task such as Anti Blockier System (ABS), Braking Assistance System (BAS), or Adaptative Cruise Control (ACC), but few deal with lateral aspects. However, systems dedicated to the prevention of hazardous lane changes should significantly improve road safety. This work focuses on this issue and aims, in a first step, at a better knowledge of driving behaviors during overtaking situations.
Key concepts: Overtaking, Cruise control, Task (project management), Advanced driver assistance systems, Control (management), Transport engineering, Poison control, Work (physics)