|
|
The Speech of Orthodox Icons: Icon as the Way to Christ
Drahotová, Hana ; Kraus, David (referee) ; Milfait, René (advisor)
The Bachelor thesis with the title: The Speech of Orthodox Icons: Icon as the Way to Christ deals with the topic of orthodox icons and their specific speech. It sets itself a goal to answer a question whether icons can talk to present man living in Western Christian tradition or to human in general as approximation of the centre of Christian message. It results from Orthodox Creed and makes an attempt to interpret sense, language and message of icons in the light of Christian message. The thesis is composed of four chapters. First chapter is more generalized. It tries to understand man as the general human being and thanks his manner of cognition the world to show the importance of existence of symbol in human life. It moves to insurmountable real symbol of Orthodox Christianity F to the icon. This is followed by the chapter about meaning of icon for the orthodox Church, about its theological sense and about icon as the highest artistic symbol of spiritual reality. The chapter about symbolical language of icons attempts to explain what is the real meaning of some symbolical meanings which icon uses for expressing its speech. The last part of the thesis, the chapter about what is the icon's message, tries to be an answer of the aim question of the thesis. Here it is dealt the joyful Christian message in the...
|
|
| |
|
|
Design of UAV hardware - mechanical and electrical subsystem
Kraus, David ; Hrbáček, Jan (referee) ; Krejsa, Jiří (advisor)
Main topic of this thesis is creation of platform for testing stabilization and control algorithms for UAV. For chosen suitable model plane was designed a structure of control and power electronics. Research of suitable algorithms was made and some of them were implemented. For this algorithms gains were designed, using simulation. The whole system was tested and validated in flight.
|
|
|
Multicopter - dynamical model
Musil, Filip ; Němeček, Jakub (referee) ; Kraus, David (advisor)
Bachelor's thesis Multicopter - dynamic model deals with basic principles of multicopter flight and determining the position in space. Next part of the thesis is dedicated to the search of possible methods of compilation of dynamic model and implementation in Matlab/Simulink environment. The aim of this work is compilation of simplified dynamic model of multicopter which aims approximate real behavior in space.
|
|
| |
|
| |
|
| |
|
| |
|
| |
|
| |
guest ::
RSS feed.