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Traffic flow microsimulation in line management.
Mlčková, Ivana ; Apeltauer, Tomáš (referee) ; Apeltauer, Jiří (advisor)
The main task of this thesis is to verify the line management of traffic. A microsimulation model of traffic was made in program for traffic simulation called Aimsun. The data from radar measuring have been processed and then put into the model. Some of parameters in model were adapted to meet the reality on the road. Finally, there have been suggested more suggestions in this model and the efficiency of the solutions was evaluated.
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Variant design of transport connections of shopping centre in Modřice
Knopp, Martin ; Fencl, Ivan (referee) ; Holcner, Petr (advisor)
This diploma thesis deals with a proposal and a comparison of several options of transportation planning in the shopping area in the urban area of the town of Modřice, which is enlarging due to the building-up of new commercial centres. The first part of the thesis consists of a treatise on the field of traffic engineering, road-traffic telematics and ITS. The core of the work is formed by a detailed analysis of the current state and calibration of the transport simulation system AIMSUN. The following part shows three different ways of transportation in the given area and all of them include a model of the particular area made in the program AIMSUN and an elaborate analysis of the proposed solution. In the last part of the work all the proposed solutions are compared according to the results gained from the AIMSUN model.
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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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Road I/42 VMO Žabovřeská I.
Kaderka, Tomáš ; Smítal, Petr (referee) ; Holcner, Petr (advisor)
Master’s thesis focuses on verification of software functions of modelling software Aimsun and his behavior on model of real traffic situation at the Brno Large city circuit in the stretch of road I/42 Žabovřeská I. Describes possible ways of transport surveys and some of them applies to a given section. From the survey results is compiled model in software Aimsun and traffic situation is assessed in several variants. Based on the results are proposed next steps to find solution of traffic situation in a given section.
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Microsimulation model of the road II/385 in Kuřim
Mlčková, Ivana ; Všetečka, Martin (referee) ; Holcner, Petr (advisor)
Bachelor thesis solves several issues of traffic solution with using microsimulation of traffic flow. Traffic dates, which were obtained during the fielding, were used for creating model of existing state in Aimsun. This simulation is supposed to be as close to reality as possible. Several solutions were suggested and the most effective was chosen.
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Matlab-Aimsun Toolbox 2.1
Dohnal, Pavel ; Dibelka, Lukáš ; Elbl, Marek
This text is the user's guide for installing and using toolbox for performing traffic experiments in Matlab 7.1 (or higher). The simulation is automatically ran in extern application - traffic simulator Aimsun 4.2. This is part of software package Getram Extensions 4.2, which must be installed, because is necessary for toolbox function. Getram Extensions 4.2 is supported only for Win32 platform, so that toolbox can be installed only on this platform (Windows 2000, Windows XP, etc.)
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Toolbox pro dopravní simulace
Dohnal, Pavel
The Aimsun simulator is powerful tool for simulation of traffic flow while the Matlab environment provides the rich set of functions that simplify the process of design, optimization and testing of developed traffic control. Toolbox combines together advantages of both of them.
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