Abstract — This paper will introduce a data collection method that we used in a project on modeling driver behavior in microscopic traffic simulation. A modern instrumented vehicle was employed to study a crucial element of driver behavior, that of car following, on Swedish roads. The collected car following data shows noisy patterns. To eliminate the measurement noise, Kalman smoothing algorithm is applied to the state-space for-mulation of the physical states (acceleration, speed and position) of tracked vehicles. The smoothed data shows clear car following patterns and has been further applied in our car following model calibration and validation study. I
Vehicle trajectory data can reveal naturalistic driving behaviour trends. However, owing to measurem...
This paper presents a real-time driver characterisation algorithm that models the driver based on 10...
Individual parameters of vehicle dynamic systems were traditionally derived from expensive component...
This paper first reports a data acquisition method that the authors used in a project on modeling dr...
Difficulty in obtaining accurate car-following data has traditionally been regarded as a considerabl...
Observation of vehicles kinematics is an important task for many applications in ITS (Intelligent Tr...
AbstractObservation of vehicles kinematics is an important task for many applications in ITS (Intell...
This contribution reports a recently recorded data-set that helps to understand the car-following p...
Driver behavior plays an important role in modeling vehicle dynamics in a traffic simulation environ...
A car-following model is formulated as a time-continuous dynamic process, depending on two parameter...
Simulations with vehicular traffic are an important tool forecast the impacts of Intelligent Transpo...
This doctoral thesis is focused in connection of measurement with a model in this meaning. Only rela...
Drivers behave in different ways, and these different behaviors are a cause of traffic disturbances....
Car-following behaviour, fundamental element of the traffic microscopic analysis and simulation tool...
Vehicle trajectory data can reveal naturalistic driving behaviour trends. However, owing to measurem...
This paper presents a real-time driver characterisation algorithm that models the driver based on 10...
Individual parameters of vehicle dynamic systems were traditionally derived from expensive component...
This paper first reports a data acquisition method that the authors used in a project on modeling dr...
Difficulty in obtaining accurate car-following data has traditionally been regarded as a considerabl...
Observation of vehicles kinematics is an important task for many applications in ITS (Intelligent Tr...
AbstractObservation of vehicles kinematics is an important task for many applications in ITS (Intell...
This contribution reports a recently recorded data-set that helps to understand the car-following p...
Driver behavior plays an important role in modeling vehicle dynamics in a traffic simulation environ...
A car-following model is formulated as a time-continuous dynamic process, depending on two parameter...
Simulations with vehicular traffic are an important tool forecast the impacts of Intelligent Transpo...
This doctoral thesis is focused in connection of measurement with a model in this meaning. Only rela...
Drivers behave in different ways, and these different behaviors are a cause of traffic disturbances....
Car-following behaviour, fundamental element of the traffic microscopic analysis and simulation tool...
Vehicle trajectory data can reveal naturalistic driving behaviour trends. However, owing to measurem...
This paper presents a real-time driver characterisation algorithm that models the driver based on 10...
Individual parameters of vehicle dynamic systems were traditionally derived from expensive component...