Modeling and simulation of traffic has a long tradition. A vast number of different approaches have been used to simulate traffic, each of which has been calibrated and validated separately. This work aims at the way different models are interrelated. It is shown how one can, starting from very general modeling assumptions, construct a family of car following models that contains models closely related to well-known simulation models as special cases. Investigating this model family it can be shown, which models are qualitatively equivalent and which are not. This gives important hints as to which model approaches can in principle be unified
Over more than half a century, traffic flow theorists have been pursuing two goals: (1) simple and e...
Abstract: For the simulation of traffic flows various macroscopic and microscopic models exist. Deve...
The ever more widespread use of microscopic traffic simulation in the analysis of road systems has r...
Currently, there is an ongoing debate in the traffic flow community concerning the correct empirica...
Models of traffic flow can be of two main types [1, 8, 11]. 1- Microscopic particle models, describi...
his paper presents a broad perspective on traffic flow modeling at a spectrum of four scales. Modeli...
By comparing microscopic traffic flow models with a different number of phases in the context of a s...
This paper presents a broad perspective on traffic flow modeling at a spectrum of four scales. Model...
This paper presents a broad perspective on traffic flow modeling at a spectrum of four scales. Model...
By comparing microscopic traffic flow models with a different number of phases in the context of a ...
Microscopic modeling of mixed traffic (i.e., automaton-driven vehicles and human-driven vehicles) dy...
By comparing microscopic traffic flow models with a different number of phases in the context of a s...
Over more than half a century, traffic flow theorists have been pursuing two goals: (1) simple and e...
Traffic flow fundamental diagram, or simply speed–density relationship and/or flow–density relations...
The Author(s) 2014. This article is published with open access at Springerlink.com Abstract An histo...
Over more than half a century, traffic flow theorists have been pursuing two goals: (1) simple and e...
Abstract: For the simulation of traffic flows various macroscopic and microscopic models exist. Deve...
The ever more widespread use of microscopic traffic simulation in the analysis of road systems has r...
Currently, there is an ongoing debate in the traffic flow community concerning the correct empirica...
Models of traffic flow can be of two main types [1, 8, 11]. 1- Microscopic particle models, describi...
his paper presents a broad perspective on traffic flow modeling at a spectrum of four scales. Modeli...
By comparing microscopic traffic flow models with a different number of phases in the context of a s...
This paper presents a broad perspective on traffic flow modeling at a spectrum of four scales. Model...
This paper presents a broad perspective on traffic flow modeling at a spectrum of four scales. Model...
By comparing microscopic traffic flow models with a different number of phases in the context of a ...
Microscopic modeling of mixed traffic (i.e., automaton-driven vehicles and human-driven vehicles) dy...
By comparing microscopic traffic flow models with a different number of phases in the context of a s...
Over more than half a century, traffic flow theorists have been pursuing two goals: (1) simple and e...
Traffic flow fundamental diagram, or simply speed–density relationship and/or flow–density relations...
The Author(s) 2014. This article is published with open access at Springerlink.com Abstract An histo...
Over more than half a century, traffic flow theorists have been pursuing two goals: (1) simple and e...
Abstract: For the simulation of traffic flows various macroscopic and microscopic models exist. Deve...
The ever more widespread use of microscopic traffic simulation in the analysis of road systems has r...