In this text aspects of human decision making in complex traffic environments are described and requirements for cognitive models that shall be used as virtual test pilots or test drivers for new assistance concepts are derived. Assistance systems are an accepted means to support humans in complex traffic environments. There is a growing consensus that cognitive models can be used to test systems from a human factors perspective. The text describes the current state of cognitive architectures and argues that though very relevant achievements have been realized some important characteristics of human decision making have so far been neglected: humans use environment and time dependent heuristics. An extension of the typical cognitive cycle p...
This thesis investigated the effect of human factors on car-following behavior and developed a novel...
The study aimed to systematically determine key human issues related to automated driving by utilisi...
The need for a drivers’ model that integrates a wider range of natural driver activities is importan...
Car drivers need to process sensory input providing detailed information about dynamic changes in th...
There is a basic need in transportation planning and traffic engineering for developing and testing ...
There is a basic need in transportation planning and traffic engineering for developing and testing ...
The development of highly automated driving requires dynamic approaches that anticipate the cognitiv...
With the development of increasingly automated vehicles (AVs) comes the increasingly difficult chall...
Improving traffic safety requires a better knowledge of cognitive Science, especially of the cogniti...
The vision of advanced information technologies to provide intelligent driving assistance and automa...
Human behavior models give insight into people's choices and actions and are tools for predicting pe...
Many real-world applications are complex, dynamic, and uncertain. Human operators play an important ...
In the generation where progression in technology have propelled the research of human-machine intel...
This thesis proposes a non-hierarchical hybrid cognitive agent architecture, as an alternative to la...
While many different approaches to understand the process of driving a car exist, we try to simulate...
This thesis investigated the effect of human factors on car-following behavior and developed a novel...
The study aimed to systematically determine key human issues related to automated driving by utilisi...
The need for a drivers’ model that integrates a wider range of natural driver activities is importan...
Car drivers need to process sensory input providing detailed information about dynamic changes in th...
There is a basic need in transportation planning and traffic engineering for developing and testing ...
There is a basic need in transportation planning and traffic engineering for developing and testing ...
The development of highly automated driving requires dynamic approaches that anticipate the cognitiv...
With the development of increasingly automated vehicles (AVs) comes the increasingly difficult chall...
Improving traffic safety requires a better knowledge of cognitive Science, especially of the cogniti...
The vision of advanced information technologies to provide intelligent driving assistance and automa...
Human behavior models give insight into people's choices and actions and are tools for predicting pe...
Many real-world applications are complex, dynamic, and uncertain. Human operators play an important ...
In the generation where progression in technology have propelled the research of human-machine intel...
This thesis proposes a non-hierarchical hybrid cognitive agent architecture, as an alternative to la...
While many different approaches to understand the process of driving a car exist, we try to simulate...
This thesis investigated the effect of human factors on car-following behavior and developed a novel...
The study aimed to systematically determine key human issues related to automated driving by utilisi...
The need for a drivers’ model that integrates a wider range of natural driver activities is importan...