This thesis carries out empirical analysis and compares four common continuous microscopic models in typical urban scenarios against each other and real human driver behaviour. The best performing model is found to be unstable travelling at the speed limit in a platoon, thus a variant of this model is proposed and implemented. A heterogeneous network uses this continuous model and a discrete microscopic model to identify a distinct density signature where the models switch over
Simulations with vehicular traffic are an important tool forecast the impacts of Intelligent Transpo...
In this paper the microscopic traffic modeling framework proposed by the authors is enriched with a ...
This work presents strong evidence that human car-following behaviour can be described by a linear m...
Abstract—Microscopic traffic-simulation tools are increasingly being applied to evaluate the impacts...
Microscopic traffic simulation tools are increasingly being applied to deal with dynamic and operati...
Microscopic traffic-flow networks are typicallydesigned to simulate vehicle acceleration behaviourus...
Microscopic traffic-simulation tools are increasingly being applied to evaluate the impacts of a wid...
Abstract. A dedicated car traffic trajectory data collection method from the air enabled a range of ...
Abstract:- Intelligent Transportation Systems (ITS) needs traffic flow models to provide real time t...
This study aims to provide a comparison of different car following models in terms of safe distance,...
Heavy vehicles and passenger cars differ in their manoeuvrability and acceleration capabilities. Hea...
TRB 2003 Annual Meeting CD-ROM Paper revised from original submittal. Car-following models have bee...
The paper proposes a new platoon based (PB) model of traffic behavior in an urban traffic network. B...
The paper proposes a new platoon based (PB) model of traffic behavior in an urban traffic network. B...
Traffic safety studies need more than what the current micro-simulation models can provide, as they ...
Simulations with vehicular traffic are an important tool forecast the impacts of Intelligent Transpo...
In this paper the microscopic traffic modeling framework proposed by the authors is enriched with a ...
This work presents strong evidence that human car-following behaviour can be described by a linear m...
Abstract—Microscopic traffic-simulation tools are increasingly being applied to evaluate the impacts...
Microscopic traffic simulation tools are increasingly being applied to deal with dynamic and operati...
Microscopic traffic-flow networks are typicallydesigned to simulate vehicle acceleration behaviourus...
Microscopic traffic-simulation tools are increasingly being applied to evaluate the impacts of a wid...
Abstract. A dedicated car traffic trajectory data collection method from the air enabled a range of ...
Abstract:- Intelligent Transportation Systems (ITS) needs traffic flow models to provide real time t...
This study aims to provide a comparison of different car following models in terms of safe distance,...
Heavy vehicles and passenger cars differ in their manoeuvrability and acceleration capabilities. Hea...
TRB 2003 Annual Meeting CD-ROM Paper revised from original submittal. Car-following models have bee...
The paper proposes a new platoon based (PB) model of traffic behavior in an urban traffic network. B...
The paper proposes a new platoon based (PB) model of traffic behavior in an urban traffic network. B...
Traffic safety studies need more than what the current micro-simulation models can provide, as they ...
Simulations with vehicular traffic are an important tool forecast the impacts of Intelligent Transpo...
In this paper the microscopic traffic modeling framework proposed by the authors is enriched with a ...
This work presents strong evidence that human car-following behaviour can be described by a linear m...