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Realisation of microclimate control system for plants
Fikar, Jan ; Šebesta, Jiří (referee) ; Urbanec, Tomáš (advisor)
The aim of my Bachelor thesis was to design an automatic system that would maintain the perfect conditions for growth and development of indoor plants. Plants kept in human households have specific requirements that are often not met. I measured, altered and evaluated several quantities (humidity, temperature, lighting). The whole system is controlled by microcontroller ATmega32.
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Study of Purchasing Function in a Company
Fikar, Jakub ; Petřík, Tomáš (referee) ; Jurová, Marie (advisor)
The aim of this bachelor thesis is to improve supplier-customer relationships in the IMI Precision Engineering production plant, focused primarily on the reliability of particular suppliers. With the aid of selected quantities it will analyze the current situation, suggesting a solution for speeding up the purchasing process and improvement of its quality.
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Expert system for choice of proper method for waste utilization
Fikar, Josef ; Jícha, Jaroslav (referee) ; Dvořák, Jiří (advisor)
This work consists in development of expert system intended for choosing appropriate method of waste processing. The software is created in VisiRule software which is built on Prolog language and is part of WinProlog 4.900 development tool. It also deals with problematics of creating of knowledge base for applications of this type and judging of suitability of possible approaches to creating an expert system for given purpose.
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Woven antennas
Fikar, Jan ; Pítra, Kamil (referee) ; Raida, Zbyněk (advisor)
The thesis is aimed to design textile antennas that can operate in the ISM band 5.8 GHz. Attention is turned to practical exploitation of these antennas under regular conditions. Variations of the bandwidth of the antenna due to washing and waterproofing will be observed. Finally, the impact of the proximity of living tissue on the parameters of antennas will be studied.
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Robot model in the Python
Fikar, Josef ; Věchet, Stanislav (referee) ; Marada, Tomáš (advisor)
This work describes creation of simulation environment for mobile robot, which is designed to take part in Micromouse competition. Another solved issue is creation of communication interface and its control application, to provide combination between both robot and control program. Simulation is designed to serve as testing environment for development of tracking algoritm, which will guide robot through the defined labyrinth.
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