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Visualisation of Path-Planning for Aircrafts
Volný, Miloš ; Košík, Michal (referee) ; Rozman, Jaroslav (advisor)
This thesis compiles basic methods of path planning and their application to problems involving path planning for aircraft. Work discusses selection of algorithms suitable for introduction of aircraft-oriented path planning to the reader and their subsequent implementation. Main objective of the thesis is to create an applet capable of visualisation of chosen algorithms and its placement onto a website, which provides theoretical explanation of said planning algorithms.
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Large Scene Rendering
Langer, Lukáš ; Tóth, Michal (referee) ; Starka, Tomáš (advisor)
Work discusses rendering of complex scenes and terrain. It's main task is to show the extensive scenery terrain that normally do not fit in the graphic card memory. It introduce the theory of terrain rendering including terrain level of detail algoritms. The paper presents the design and implementation of application that implements dynamic streaming of complex terrain.
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Parking model
Holíček, Jozef ; Jirgl, Miroslav (referee) ; Štohl, Radek (advisor)
The aim of this bachelor’s thesis is to acquitant with the old model of parking lot and suggest its modernization in order to be possible to use it in the future for a laboratory education. It is also necessary to create the corresponding software configuration for the controlling programmable logic controler (PLC) a to programme the application for laboratory task with visualization.
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HMI application for Simatic Touch panel
Ižarík, Marek ; Milan, Sobotka (referee) ; Pásek, Jan (advisor)
The subject of this bachelor’s thesis was to design HMI application for Simatic Touch panel to cleaning machine for metal mouldings in Simatic WinCC flexible 2008, following completed code in PLC S7-300. Design consists of creating template, the library of faceplates, creating controlling screens, alarm management and data export.
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Control of smart house model
Becová, Lucia ; Arm, Jakub (referee) ; Štohl, Radek (advisor)
My thesis deals with the control of intelligent and comfort house. The first chapter contains a model of the irrigation system , recovery of the electronics and simple applications for testing. The second chapter deals with the recovery model of gate and garage doors. The third chapter is focused on the management of lighting in the house and its surroundings. The fourth chapter is devoted to visualization via the Power Panel PP481.
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How Can We Google More Effectively?
Kolesárová, Lucia ; Shapiro, Irina (referee) ; Macháček, Mikuláš (advisor)
Current Google provides almost all type of information in a similar way - list of web pages. But Each information needs a different manner of mediation. A different way of visualisation. Therefore I decided to create Google of tomorrow. I am focused on a new way of spreading information and communication. I created new tools which help to achieve this vision. These tools operate in augmented reality. My diploma is mainly work of design fiction and information design. I use extrapolation to create possible future scenarios. Future abilities of Google tools are extrapolated from its current technologies.
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Graphical Vizualization of Routing Algorithms
Hanzély, Oskár ; Bidlo, Michal (referee) ; Jaroš, Jiří (advisor)
This thesis deals with routing processes of computer networks, overview of netwrok topologies and commonly used routing algorythms. It includes detailed description of created application to graphycal dysplay of networks schemes and routing. It contains transformation process of some schemes and the visualisation of all routing steps like an animation. The potency of usage and future development is commented briefly.
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Recognizing of the gesture, based on data from accelerometer, used to control a car model
Zermegh, Tomáš ; Sova, Václav (referee) ; Lamberský, Vojtěch (advisor)
This project deals with the usage of development kit Chronos ez430 to demonstrate fundamental movements based on the recognition of gestures. Recognition of basic gestures for movements (forward, stop, backwards and turning) is the fundamental part of the work which is based on formulating algorithm. The formulating of algorithm for data processing runs under Matlab/Simulink. The algorithm is converted into the C language and with the help of Code Composer Studio is integrated into kit Chronos ez430.
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