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Locus Map Extension for Communication between Units on the Battlefield
Bukas, Jozef Michal ; Rychlý, Marek (referee) ; Hranický, Radek (advisor)
Existuje mnoho systémov riadenia bojiska, ale nie sú dostupné pre širokú verejnosť. Mnohé používateľské základne by však takýto systém mohli využiť. Napríklad nadšenci milsimu, záchranné služby, prípadne poľovníci počas organizovaných poľovačiek. Cieľom tejto bakalárskej práce je vytvoriť open-source rozšírenie systému riadenia bojiska pre aplikáciu Locus Map. Samotný klient bol implementovaný ako Android aplikácia ktorá využíva Locus API na integráciu do aplikácie Locus Map ktorá dopĺňa klienta mapou a funkciamy s ňou spojenými. Samotný system používa architektúru klient-server kde komnukácia medzi serverom a klientom používa protokol WebSocket pre skoro okamžitú propagáciu dát zo serveru ku klientom. Nakoniec bol tento systém otestovaný priamo v akcií napríklad na dvoj-dňovej airsoftovej akcií.
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Computational Tool for Gas Flow Modeling through the Piston Assembly
Vitteková, Zuzana ; Dlugoš, Jozef (referee) ; Raffai, Peter (advisor)
The main topic of this bachelor’s thesis is to create a graphical users interface (GUI) in Matlab, facilitating the entry of input parameters for the calculation of the gas flow through the piston assembly and its evaluation. The first part is dedicated to the theory of piston rings followed by an introduction into the gas flow problematics. The second part concerns the procedure of creating the aforementioned GUI.
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Dobot and PLC
Frýdl, Lukáš ; Foukal, Roman (referee) ; Štohl, Radek (advisor)
The master thesis focuses on the description of stationary robots, selection, implementation, and verification of the communication interface between the Dobot robotic arm and the Micro800 series PLC. The RS-232 serial communication interface was selected for the communication between the Dobot and the PLC, that operates at different baud rates. The Arduino Mega was used to create bridge that converts transfer rates. It also converts the received ASCII characters to hexadecimal representation and combines them into the required format. Verification of the communication interface was carried out by bidirectional communication between the Dobot and the PLC. Based on implemented commands two laboratory tasks for educational purposes were created.
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Design and making of low-frequency power amplifier in class AB
Dušek, Martin ; Kratochvíl, Tomáš (referee) ; Brančík, Lubomír (advisor)
In this bachelor thesis I am occupied with low frequency amplifiers, theirs important parameters, classes and with integrations end-level. Next I am occupied with miscellaneous types of preamplifiers and additional circuits. There are simulated schemes of corrective preamplifier, protections scheme and high power amplifier in PSpice software in this thesis. These schemes and next additional modules are connected with DPS. This thesis contains result of measurement and photo functional sample.
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Communication of a Measuring Device with a Computer – Laboratory Experiments
Cigánek, Jan ; Frýza, Tomáš (referee) ; Jakubová, Ivana (advisor)
This project deals with the programme for automated measurement. Project describes main theory advices and possibilities of building programme with language C++. It shows complication in communication of PC with measurement devices and it describes programme commands. This work includes programme, solution, structure with examples of the algorithm and source code. The designed control programme has been applied for automated measurement of frequency characteristics of low-pass and high-pass filters with the analogue multiplier AD 633 using the programmable DC power supply Agilent E3631A, the digital multimeter Agilent 34411A or digital storage oscilloscope Tektronix TDS 1012 and generator Agilent 33220A.
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MY CODE/WORLD
Franková, Anna ; Zálešák, Jan (referee) ; Macháček, Mikuláš (advisor)
My Code/World is a personal artistic research of the environment in which I work as a programmer - not a physical environment, but the virtual environment of a computer interface. This research has been taking place since roughly October 2016 and its result is a collection of loosely connected pieces (sketches, experiments), that will be presented as an installation within the studio space of the Studio Graphic Design 2, Faculty of Fine Arts, BUT.
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The open mobile phone platform
Malinčík, Ondrej ; Šteffan, Pavel (referee) ; Macháň, Ladislav (advisor)
The aim of this work is construction of mobile phone which can be build using com- ponents that are widely available. The concept allows control of mobile communication in GSM network on AT commands level. Energy saving is emphasised and alternative power source using solar cell is examined. Manufacturing data and docummentation is available for user.
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Add-On instructions and Faceplates for Dobot
Novák, Radim ; Foukal, Roman (referee) ; Štohl, Radek (advisor)
This master thesis deals with industrial static robot Dobot Magician. First part of this work is dedicated to a theoretical information about such robots, adventages and disadvantages of each type and it’s use. The second part of this thesis is devoted to the practical outputs of this work, hardware design, software solution, visualization and demonstration of those parts.
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Dobot and PLC
Frýdl, Lukáš ; Foukal, Roman (referee) ; Štohl, Radek (advisor)
The master thesis focuses on the description of stationary robots, selection, implementation, and verification of the communication interface between the Dobot robotic arm and the Micro800 series PLC. The RS-232 serial communication interface was selected for the communication between the Dobot and the PLC, that operates at different baud rates. The Arduino Mega was used to create bridge that converts transfer rates. It also converts the received ASCII characters to hexadecimal representation and combines them into the required format. Verification of the communication interface was carried out by bidirectional communication between the Dobot and the PLC. Based on implemented commands two laboratory tasks for educational purposes were created.
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MY CODE/WORLD
Franková, Anna ; Zálešák, Jan (referee) ; Macháček, Mikuláš (advisor)
My Code/World is a personal artistic research of the environment in which I work as a programmer - not a physical environment, but the virtual environment of a computer interface. This research has been taking place since roughly October 2016 and its result is a collection of loosely connected pieces (sketches, experiments), that will be presented as an installation within the studio space of the Studio Graphic Design 2, Faculty of Fine Arts, BUT.
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