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Complex turbulent model for various cells dimensions
Maluš, Miroslav ; Kyselák,, Martin (referee) ; Hudcová, Lucie (advisor)
This diploma thesis is about creating a program to model turbulent cells of different sizes on the chosen transmission path. The initial part of the work is devoted to the formation of atmospheric turbulence and the mathematical description of the extent of turbulence and its effect on optical waves. The methods of the turbulence generation and their physical description of formation are described below. The practical part is devoted to the created program in the MATLAB.
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Antenna catalogue for Matlab toolbox
Maluš, Miroslav ; Šeděnka, Vladimír (referee) ; Kadlec, Petr (advisor)
This Bachelor thesis is about creation of an antenna catalog for a toolbox in the MATLAB. Basic parameterized mathematical description is created for selected basic types of wired and microstrip antennas. A function visualizing antenna parameters is created for each antenna. To enter individual parameters for the selected antenna, there is a graphical user interface. To enter individual parameters for the selected antenna, there is a graphical user interface. This thesis also offers a comparative study with competitors and shows the possibilities of the other tools.
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Complex turbulent model for various cells dimensions
Maluš, Miroslav ; Kyselák,, Martin (referee) ; Hudcová, Lucie (advisor)
This diploma thesis is about creating a program to model turbulent cells of different sizes on the chosen transmission path. The initial part of the work is devoted to the formation of atmospheric turbulence and the mathematical description of the extent of turbulence and its effect on optical waves. The methods of the turbulence generation and their physical description of formation are described below. The practical part is devoted to the created program in the MATLAB.
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Antenna catalogue for Matlab toolbox
Maluš, Miroslav ; Šeděnka, Vladimír (referee) ; Kadlec, Petr (advisor)
This Bachelor thesis is about creation of an antenna catalog for a toolbox in the MATLAB. Basic parameterized mathematical description is created for selected basic types of wired and microstrip antennas. A function visualizing antenna parameters is created for each antenna. To enter individual parameters for the selected antenna, there is a graphical user interface. To enter individual parameters for the selected antenna, there is a graphical user interface. This thesis also offers a comparative study with competitors and shows the possibilities of the other tools.
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