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Motion Analysis
Hudec, Jiří ; Čmiel, Vratislav (referee) ; Sekora, Jiří (advisor)
Bachelor thesis is dealing with how to analyze human walk with Vicon camera system. In the first chapter are described elementary ideas for gait analysis and principal methods of Vicon system. There is also discussed basic layout of cameras in the laboratory and layout of markers attached at a human body. The second chapter is also about synchronisation of multiple cameras and description of CVS format. Further, in the third chapter are discussed four algorithms created in Matlab for a description of gait analysis. In the last fourth chapter are discussed the results of the software from Matlab and comparison these results with results made in the laboratory of gait analysis.
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Modeling the movement of people when organizing mass cultural events
Zelinka, Martin ; Apeltauer, Tomáš (referee) ; Okřinová, Petra (advisor)
The thesis deals with the movement of people in the event of mass events where a large number of people accumulate and thus the risks associated with problematic of so-called soft target. The study deals with the movement of people, taking into account the behavior of visitors, as well as the influence of individuals, couples or groups, as well as the possible movement of evacuated following a critical event. As the target of the analysis is the International Folklore Festival in Červený Kostelec. The aim of the work is to optimize the layout of the festival venue, adjacent areas and accompanying events in its surroundings so as to ensure maximum safety for the participants and eliminate crowd phenomena under different scenarios. The numerical model of the festival with the wider environment created by the Pathfinder software tool will serve as a basis for optimizing the solution.
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User Interface for Theatre Control System
Kobza, Lukáš ; Ševcovic, Jiří (referee) ; Zemčík, Pavel (advisor)
The topic of this bachelor's thesis is the technical equipment of theatre stage. In this work is offered the overview of stage technology and its control and furthermore the overview about user interfaces. The main goal was to create a new user interface for control system of upper and bottom machinery with the intention of application possibilities in distributed control systems with several operator stations.
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Human-Computer Interaction Using Kinect
Knot, Stanislav ; Orság, Filip (referee) ; Mráček, Štěpán (advisor)
Abstract This BSc. thesis is concerned about remote control of computer using Kinect device. Sound, depth of image and image capturing is described in thesis. After reading this thesis, reader should have idea of how kinect works, which method it uses and why it uses these. Furthermore, thesis describes design and implementation of alghoritms used in the application.
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Movement of the human body
Havelková, Gabriela ; Gebauer, Kurt (referee) ; Gabriel, Michal (advisor)
All through my bachelor's studies, I chose random subjects on single or not single subjects, and as I contemplated my selections in retrospect, I discovered connections between them that were not intended. I've learned that my entire work so far has been laced with the evolution of my personality, my emotions, in certain elements. My inner struggle is evident here. ...the subjects of my works were chosen random without any discernible emotional subtext, but still when I look at them, I see sculptures depicting my inner emotional development.
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Navigating with a laser scanner for promotional robot of FEEC BUT
Musálek, Martin ; Burian, František (referee) ; Florián, Tomáš (advisor)
Project solves robot navigation using two laser scanners PLS 101-312 mounted on front and back side. In first phase there was solved data transfer and their conversion to vertex coordinates, in second there was solved simulation of robot movement and writing moving algorhytm, in this phase just in ideal 2D space. According to further objectives in real 3D space (surface disparities, inclined plane, stairs, windows, bars...) the simulation is done in 3D, so it is prepared for solving these objectives. Simulation includes scan error and dynamics of movement and wheel rotation.
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Multiple Object Tracking
Takács, Ákos ; Drahanský, Martin (referee) ; Rozman, Jaroslav (advisor)
This paper is focusing on technical specification, concept and implementation of multiple object tracking with using a standard web camera. Image data processing has been done through the OpanCV library. The system is able to rotate the camera, in order to have the chosen target in the center of the screen. FITkit controller has been used to control the camera. The software has been implemented in the C++ environment.
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Motion Analysis
Hudec, Jiří ; Čmiel, Vratislav (referee) ; Sekora, Jiří (advisor)
The thesis describes the optical camera system from Vicon, which records human movement. In medicine, this technology is used in laboratories for walk analysis. In collaboration with the laboratory in the Brno Faculty Hospital, two sets of anonymised patient results are analyzed by designed algorithms in Matlab. Algorithms were design for processing data in 2D and 3D views and to display kinematic joint analysis. The practical part evaluates the functionality of the proposed algorithms and compares them with results from the laboratory.
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Obstacles in life
Jedličková, Eliška ; Sobotka, Jiří (referee) ; Gabriel, Michal (advisor)
In my bachelor's thesis, I decided to devote my study to the field of sports, the personality of the athlete and especially his psyche. I am interested in connecting the inner feeling of the athlete and the given movement, which in my interpretation, is jumping over an obstacle. I don´t want to point out and portray the realistic, perfectly shaped body of the athlete, but I want to portray the inner feelings, dynamics, mechanicalness and disturbed concentration, which should be embodied by the individual segments.
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Program for deinterlacing in video sequences of different formats
Jirků, Pavel ; Kratochvíl, Tomáš (referee) ; Slanina, Martin (advisor)
The aim of this thesis is a study of advanced algorithms for removing interlacing in digital video sequences. The first part of the work is devoted to the theory, basic knowledge and processing characteristics using multimedia data. The second part is devoted to displaying the signal using interlaced and progressive spacing. The following part is focused on methods of conversion between the interlaced line spacing and progressive spacing. The last part deals with implementation of the proposed methods. The algorithm is implemented in C++ language, which provides sufficiently fast processing algorithms. The conclusion of work is focused in testing and verification of the implemented algorithms.
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