Traffic simulations can help to investigate new traffic and transportation management solutions for overcoming problems like traffic jams, accidents or environmental pollution. For this a valid simulation model is needed. This paper provides an overview of the open source traffic simulation framework SUMO (Simulation of Urban MObility) and evaluates the implemented carfollowing models at controlled intersections with regard to vehicle positions and speeds. Particularly intersections can be bottlenecks for high traffic volumes and have a higher risk for accidents. Therefore this study focuses on traffic behavior at urban intersections
model, traffic research SUMO is the acronym for "Simulation of Urban MObility " and is an ...
Traffic simulation is a growing research field which enables study and evaluation of the dynamics of...
The most common cause of traffic accidents is arguably the driver error due to lack of attention. An...
Traffic simulations can help to investigate new traffic and transportation management solutions for ...
Microscopic traffic simulation is an invaluable tool for traffic research. In recent years, both the...
Application of traffic simulation in traffic engineering belongs to the handling of the ...
Traffic congestion problems have been recognised as a serious problem in all large urban areas. It ...
It is believed that autonomous vehicles will replace conventional human drive vehicles in the next d...
Since the year 2000, the Centre of Apllied Informatics and the Institute für Transport Research at t...
A wide variety of behavioural models exist in microscopic traffic simulation. Commercial programms o...
SUMO is an open source microscopic traffic simulation. A major component of modelling microscopic ve...
SUMO (Simulation of Urban Mobility) is a microscopic traffic simulator. It has been developed by the...
Driving simulators and microscopic traffic simulation are important tools for making evaluations of ...
Driving simulators are used to conduct experiments on for example driver behavior, road design, and ...
Road traffic crashes are a major safety problem, with one of the leading factors in crashes being hu...
model, traffic research SUMO is the acronym for "Simulation of Urban MObility " and is an ...
Traffic simulation is a growing research field which enables study and evaluation of the dynamics of...
The most common cause of traffic accidents is arguably the driver error due to lack of attention. An...
Traffic simulations can help to investigate new traffic and transportation management solutions for ...
Microscopic traffic simulation is an invaluable tool for traffic research. In recent years, both the...
Application of traffic simulation in traffic engineering belongs to the handling of the ...
Traffic congestion problems have been recognised as a serious problem in all large urban areas. It ...
It is believed that autonomous vehicles will replace conventional human drive vehicles in the next d...
Since the year 2000, the Centre of Apllied Informatics and the Institute für Transport Research at t...
A wide variety of behavioural models exist in microscopic traffic simulation. Commercial programms o...
SUMO is an open source microscopic traffic simulation. A major component of modelling microscopic ve...
SUMO (Simulation of Urban Mobility) is a microscopic traffic simulator. It has been developed by the...
Driving simulators and microscopic traffic simulation are important tools for making evaluations of ...
Driving simulators are used to conduct experiments on for example driver behavior, road design, and ...
Road traffic crashes are a major safety problem, with one of the leading factors in crashes being hu...
model, traffic research SUMO is the acronym for "Simulation of Urban MObility " and is an ...
Traffic simulation is a growing research field which enables study and evaluation of the dynamics of...
The most common cause of traffic accidents is arguably the driver error due to lack of attention. An...