Driving behaviors at intersection are complex because drivers have to perceive more traffic events than normal road driving and thus are exposed to more errors with safety consequences. Drivers make real-time responsesin a stochastic manner. This paper presents our study using Hidden Markov Models (HMM) to model driving behaviors at intersections. Observed vehicle movement data are used to build up the model. A single HMM is used to cluster the vehicle movements when they are close to intersection. The re-estimated clustered HMMs provide better prediction of the vehicle movements compared to traditional car-following models. Only through vehicles on major roads are considered in this paper.ITS Institut
Navigating a car at intersections is one of the most challenging parts of urban driving. Successful ...
The intention of drivers to start discrete manoeuvres (like a lane change or a turn manoeuvre) is id...
In vehicle design it is desirable to model the loads by describing load environment, customer usage ...
Intersections are one of the major locations where safety is a big concern to drivers. Inappropriate...
In this investigation, driver behavior signals are modeled using Hidden Markov Models (HMM) in two d...
MasterIn this work we addressed the problem of modelling human driving behavior using hidden Markov ...
A method for detecting drivers ’ intentions is essential to facilitate operating mode transitions be...
In this study, we propose to use statistical modelling to analyze, model, and categorize driving act...
The ability to classify driver behavior lays the foundation for more advanced driver assistance syst...
The safety of autonomous vehicles needs to be verified and validated by rigorous testing. It is expe...
Abstract: Drivers ’ individual difference is one of the key factors to influence the accuracy of dri...
Driving behavior is considered as a unique driving habit of each driver and has a significant impact...
Hidden Markov models (HMM) are used to identify a vehicle\u27s manoeuvre sequence and its appropriat...
Driving behavior is considered as a unique driving habit of each driver and has a significant impact...
Nowadays traffic congestion has become significantly worse. Not only has it led to economic losses, ...
Navigating a car at intersections is one of the most challenging parts of urban driving. Successful ...
The intention of drivers to start discrete manoeuvres (like a lane change or a turn manoeuvre) is id...
In vehicle design it is desirable to model the loads by describing load environment, customer usage ...
Intersections are one of the major locations where safety is a big concern to drivers. Inappropriate...
In this investigation, driver behavior signals are modeled using Hidden Markov Models (HMM) in two d...
MasterIn this work we addressed the problem of modelling human driving behavior using hidden Markov ...
A method for detecting drivers ’ intentions is essential to facilitate operating mode transitions be...
In this study, we propose to use statistical modelling to analyze, model, and categorize driving act...
The ability to classify driver behavior lays the foundation for more advanced driver assistance syst...
The safety of autonomous vehicles needs to be verified and validated by rigorous testing. It is expe...
Abstract: Drivers ’ individual difference is one of the key factors to influence the accuracy of dri...
Driving behavior is considered as a unique driving habit of each driver and has a significant impact...
Hidden Markov models (HMM) are used to identify a vehicle\u27s manoeuvre sequence and its appropriat...
Driving behavior is considered as a unique driving habit of each driver and has a significant impact...
Nowadays traffic congestion has become significantly worse. Not only has it led to economic losses, ...
Navigating a car at intersections is one of the most challenging parts of urban driving. Successful ...
The intention of drivers to start discrete manoeuvres (like a lane change or a turn manoeuvre) is id...
In vehicle design it is desirable to model the loads by describing load environment, customer usage ...