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Traffic modelling in motorway closures
Novák, Martin ; Ščerba, Marek (referee) ; Holcner, Petr (advisor)
The goal of this thesis is to increase the fluency of expressway traffic during temporary restrictions. Traffic data obtained from radars were analyzed using a microsimulation model in the software S-Paramics. The result is a process, calibrate and validate the model of the current situation, the design and evaluation of models of mobile dynamic traffic control (in terms of average speeds and travel times) and the experiences with the use of software S-Paramics. The work also includes the study of usability mobile dynamic traffic control on Czech expressways.
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Increase transportation capacity of bottleneck caused by traffic restriction
Matuszková, Radka ; Ščerba, Marek (referee) ; Apeltauer, Tomáš (advisor)
The diploma thesis deals with the behaviour of traffic stream at work zones. It focuses primarily on alternating arranging just before funnelling of the traffic and creation of congestions. The study of parameters defined in the Aimsun program, that examines their effect on alternating arranging in micro-simulation, is a part of the thesis. The right setting of values is verified on traffic model formulated on the basis of video recording. The work aims to minimize effects of necessary repairs and reconstructions of roads by the telematic applications which dynamically affect the traffic stream by changing the maximum speed.
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Increase transportation capacity of bottleneck caused by traffic restriction
Matuszková, Radka ; Ščerba, Marek (referee) ; Apeltauer, Tomáš (advisor)
The diploma thesis deals with the behaviour of traffic stream at work zones. It focuses primarily on alternating arranging just before funnelling of the traffic and creation of congestions. The study of parameters defined in the Aimsun program, that examines their effect on alternating arranging in micro-simulation, is a part of the thesis. The right setting of values is verified on traffic model formulated on the basis of video recording. The work aims to minimize effects of necessary repairs and reconstructions of roads by the telematic applications which dynamically affect the traffic stream by changing the maximum speed.
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Traffic modelling in motorway closures
Novák, Martin ; Ščerba, Marek (referee) ; Holcner, Petr (advisor)
The goal of this thesis is to increase the fluency of expressway traffic during temporary restrictions. Traffic data obtained from radars were analyzed using a microsimulation model in the software S-Paramics. The result is a process, calibrate and validate the model of the current situation, the design and evaluation of models of mobile dynamic traffic control (in terms of average speeds and travel times) and the experiences with the use of software S-Paramics. The work also includes the study of usability mobile dynamic traffic control on Czech expressways.
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