The development of Advanced Driver Assistance Systems and autonomous driving is one of the main research fields in the area of vehicle development today. Initially the research in this area focused on analyzing and predicting driving maneuvers on highways. Nowadays, a vast amount of research focuses on urban areas as well. Driving maneuvers in urban areas are more complex and therefore more difficult to predict than driving maneuvers on highways. The goals of predicting and understanding driving maneuvers are to reduce accidents, to improve traffic density, and to develop reliable algorithms for autonomous driving. Driving behavior during different driving maneuvers such as turning at intersections, emergency braking or lane changes are ana...
The presented work formulates an framework in which early prediction of drivers lane change behavior...
The work considers road lane parameters that correlate with steering angle of a car and which are su...
As an important tool to promote the development of intelligent transportation systems, autonomous dr...
The development of Advanced Driver Assistance Systems and autonomous driving is one of the main rese...
This thesis focused on the issue of lane change behavior and prediction, which is directly related t...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
In the presented work we compare machine learning techniques in the context of lane change behavior ...
Today's trucks are becoming more and more safe due to the use of an Advanced Driver Assistance Syste...
It is essential for a driver assistant system’s motion planning to take the vehicles moving in the s...
Being able to predict the trajectory of a human driver's potential lane change behavior in urba...
Navigating through urban intersections is a challenging task for human drivers in gen-eral. More tha...
Recent research on the prediction of driver’s lane-changing behaviour requires vehicle surrounding i...
Driving is a complex activity which requires constant care and attention. Intelligent Advance Driver...
As autonomous vehicles become more prevalent during daily commutes, there will be an increased need ...
The development of driver assistance and automated vehicle control is in process and finds its way m...
The presented work formulates an framework in which early prediction of drivers lane change behavior...
The work considers road lane parameters that correlate with steering angle of a car and which are su...
As an important tool to promote the development of intelligent transportation systems, autonomous dr...
The development of Advanced Driver Assistance Systems and autonomous driving is one of the main rese...
This thesis focused on the issue of lane change behavior and prediction, which is directly related t...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
In the presented work we compare machine learning techniques in the context of lane change behavior ...
Today's trucks are becoming more and more safe due to the use of an Advanced Driver Assistance Syste...
It is essential for a driver assistant system’s motion planning to take the vehicles moving in the s...
Being able to predict the trajectory of a human driver's potential lane change behavior in urba...
Navigating through urban intersections is a challenging task for human drivers in gen-eral. More tha...
Recent research on the prediction of driver’s lane-changing behaviour requires vehicle surrounding i...
Driving is a complex activity which requires constant care and attention. Intelligent Advance Driver...
As autonomous vehicles become more prevalent during daily commutes, there will be an increased need ...
The development of driver assistance and automated vehicle control is in process and finds its way m...
The presented work formulates an framework in which early prediction of drivers lane change behavior...
The work considers road lane parameters that correlate with steering angle of a car and which are su...
As an important tool to promote the development of intelligent transportation systems, autonomous dr...