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Mathematical Modelling of Vehicle Fuel Consumption
Dražka, Jan ; Novotný, Jan (referee) ; Popela, Pavel (advisor)
This bachelor’s thesis deals with a model building of vehlicle’s model based on real data and with a modelling of it’s movement and it’s fuel consumption. The thesis includes a preparation of input data as well as model building. The main aim of the thesis is the comparison among selected driving modes from the point of fuel consumption and it’s optimization. This comparison is simulated in MATLAB environement and GAMS with the use of selected optimization algorithms.
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Information System Assessment and Proposal for ICT Modification
Šejna, Tomáš ; Kováč, Filip (referee) ; Koch, Miloš (advisor)
Diploma thesis is focused on information system assessment and subsequent proposal for its modification. These changes are partly concerned on company requests, where system implemented is, but on the other hand also of development of processes in the time horizon. These proposals of changes and optimization will be afterwards presented and recommended for realization.
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Optimization of Order Processing in the Production Company
Sayfutdinova, Tatiana ; Kuba,, Karel (referee) ; Milichovský, František (advisor)
The aim of this thesis is to optimization the order processing flow in an anonymous production company that manufactures production machinery for forging, forming and many other product processing tools. The thesis is divided into three main parts - theoretical, analytical, and propositional. The theoretical part focuses on defining terms and topics to better help in the understanding of the thesis, and is supported by references. The analytical part deals with the order processing analysis itself and attempts to identify potential issues that could negatively impact the company's business. The propositional part suggests process optimizations that could improve order processing.
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Robot path planning by means of ant systems
Sedlák, Václav ; Krček, Petr (referee) ; Dvořák, Jiří (advisor)
This thesis deals with robot path planning by means of ant systems. The theoretical part contains an introduction to the path planning of mobile robots and an introduction to ant systems as optimization and path planning tool. The practical part deals with design and program implementation of path planning by ant systems in Borland Delphi 7 environment.
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On the optimization of suction valve joint strength testing
Attasek, Radek ; Sliwková, Petra (referee) ; Píška, Miroslav (advisor)
The thesis is focused on the testing and its optimization of the joint suction valve strength. The main intention is an analysis the current state of the pressing process in the department for installations of suction valves at Bosch Diesel, Ltd. Jihlava. Part of the work is focused on the new design of the teswting equipment with an intention to reduce the need of service and reduction of the production tact, with a final discussion and assessment.
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Pricing of IT Goods
Kacina, Michal ; Janoušek, Vladimír (referee) ; Květoňová, Šárka (advisor)
The thesis contains the theoretical basis for study of possibilities of pricing information goods. The source areas are microeconomics, marketing, competitive advantage and economics of information goods. The model of market is created with constraints defined on the ground of theoretical basis. The thesis analyzes requirements that define the system that supports the choice of pricing strategy. It includes detailed design of the prototype of such system. The prototype is designed with robustness because of the future improvements. The design describes the prototype's input parameters and their transformation into useful outputs that cover basic characteristics of information goods. The designed prototype is implemented. The thesis includes demonstration of the prototype and possible directions for improvements that lead to validity of proposed model of market.
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Optimization of Order Processing in the Production Company
Sayfutdinova, Tatiana ; Kuba,, Karel (referee) ; Milichovský, František (advisor)
The aim of this thesis is to optimization the order processing flow in an anonymous production company that manufactures production machinery for forging, forming and many other product processing tools. The thesis is divided into three main parts - theoretical, analytical, and propositional. The theoretical part focuses on defining terms and topics to better help in the understanding of the thesis, and is supported by references. The analytical part deals with the order processing analysis itself and attempts to identify potential issues that could negatively impact the company's business. The propositional part suggests process optimizations that could improve order processing.
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Optimization of Energy Flow During WWTP Operation - Smart Area Net
Pěcha, Jiří ; Máša, Vítězslav (referee) ; Braciník,, Peter (referee) ; Mastný, Petr (advisor)
The dissertation work deals with the issue of water treatment and possibilities of energy savings during the operation of sewage treatment plants. The aim of the work is to find the potential of alternative energy use, economical consumption, improvement of the facility system management and quality improvement of the wastewater treatment process. In the first part of the work, operating processes, energy flows and energy savings are discussed. To analyze the problematics, larger sewage treatment plants were chosen. Thanks to their size, it was easier to find critical points and test the usage of renewable sources in operation. After the energy audit, the individual processes were assessed and real operation pitfalls were determined. Further steps led to focusing on smaller facilities up to 2 000 PE. This step was carried out with the intention of preparing these plants for the planned legislative change and helping to create or modernize more energy-efficient solutions. Thanks to the establishment of consortium of Brno University of Technology, the Department of Electric Power Engineering and a company dealing with water treatment and automation control, a solution was created that modernize the electrical, automation and water treatment part of the plant operation. This innovative application was installed in the sewage treatment plant, where the issues were debugged, control algorithms were tested and the entire operation was launched in automatic mode. At the end of the wastewater treatment plant modernization, PV panels were installed on the roof, thus partially suppling the object with renewable energy.
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