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VIRTUAL FACTORY USING MATHEMATICAL PROGRAMMING METHODS
Svoboda, Jan ; Sklenář, Jaroslav (referee) ; Mauder, Tomáš (advisor)
This work is focused on solving problems in Industry 4.0. Main part of this work describes development of a discreet simulation model based on queuing theory. This model will be used for a heuristic optimization of a production line. Model will be validated with data from real production line. Improvement of effectivity using discrete model and heuristic optimization will be shown on virtual production line.
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Vaccination center 4.0
Forejtník, Ondřej ; Uhlík, Ondřej (referee) ; Apeltauer, Tomáš (advisor)
The diploma thesis deals with modeling the pedestrian movement in a high-capacity vaccination center during the covid-19 pandemic. The subject of the modeling is the vaccination center that was operated by the Brno University Hospital at the Brno Exhibition Center in the first half of 2021. The work describes the vaccination process in the center and the related theory of pedestrian movement. A numerical model of the vaccination center was created in the Pathfinder program on the basis of data obtained, among other things, from the analysis of video recordings taken at the center. This was used for the capacity assessment of the vaccination center and for the creation of a design model of the center handling a higher intensity of incoming patients. The output of the thesis is a proposal for the layout of the vaccination center, which will allow the center to vaccinate the highest number of patients per day.
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VIRTUAL FACTORY USING MATHEMATICAL PROGRAMMING METHODS
Svoboda, Jan ; Sklenář, Jaroslav (referee) ; Mauder, Tomáš (advisor)
This work is focused on solving problems in Industry 4.0. Main part of this work describes development of a discreet simulation model based on queuing theory. This model will be used for a heuristic optimization of a production line. Model will be validated with data from real production line. Improvement of effectivity using discrete model and heuristic optimization will be shown on virtual production line.
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Customer service in a gym
Těšínská, Anna ; Kořenář, Václav (advisor) ; Šindelářová, Irena (referee)
The aim of this thesis is to summarize the basic knowledge on the subject of queuing theory and to suggest ways of their use in practice. The theoretical section describes the basic queuing models, as well as their characteristics and classification. In specific the simple exponential model and the exponential model with a parallel service. The thesis also explains and describes utilization of two softwares (STOCHASTICA and STORM), that are used to calculate basic characteristics. In the practical part, the thesis focuses on handling customers in Prague's gym Hit Fitness Flóra. Apart from analyzing the obtained data about the numbers of served customers, there is also a description of the optimization procedure on this queuing model, using the two mentioned softwares STORM and STOCHASTICA.
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