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The motive of choosing the "lesser evil" in the first round of the Election of the President of the Czech Republic 2023 and its impact on the result
Vaníček, Jakub ; Stauber, Jakub (advisor) ; Brunclík, Miloš (referee)
This bachelor thesis focuses on strategic voting in the first round of the presidential election of the Czech Republic in 2023. In the theoretical part, the author describes the basic concepts of strategic voting and the psychological influence of electoral systems on voter's decision- making. The main goal of the thesis is to discover the extent to which strategic voting occurred in the first round of the presidential election in the Czech Republic in 2023. For this purpose, the Naše společnost - 2022 listopad dataset processed by CVVM Sociologického ústavu Akademie věd ČR is analysed in the practical part. The analysed dataset consists of 901 respondents, the share of strategic voters was measured on an adjusted sample comprised of 492 respondents. In this sample, a share of 5,89% strategic voters has been identified. This result has been recognised as comparable with the results of foreign research on this topic. The analysis indicates that strategic voters consider the advance of their chosen candidate to the second round of the election to be of similar importance as sincere voters. From the available data, Andrej Babiš has been identified as the candidate who received a higher number of votes in the first round of the 2023 presidential election thanks to strategic voting. The thesis outlines...
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Measurement of relative variance of optical intensity
Vaníček, Jakub ; Kučera,, Petr (referee) ; Hudcová, Lucie (advisor)
The intention of this master‘s thesis is the measurment of relative variance of optical intensity. In the first place, I have been studied Kolmogorov cascade theory of turbulence and relative variance of optical intensity . In addition, I have been deal with turbulent cells, Gaussian beam, Top Hat beam and influence of the atmospheric turbulences on the intensity profile of the laser beam. Lastly I have been measured determine influence of the atmospheric turbulences on the intensity profile of the laser beam and I have been calculated relative variance of optical intensity. I have suggested the optimum beam profile in the turbulent atmosphere from acquired data.
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Choosing Qatar as a host of the 2022 FIFA WC
Vaníček, Jakub ; Waic, Marek (advisor) ; Šíma, Jan (referee)
Title: CHOOSING QATAR AS A HOST OF THE 2022 FIFA WC Objectives: The main objective of this bachelor thesis is to make a synthesis of all available information about the election of Qatar as a host of the 2022 FIFA World Cup, to compare the voting system with other sports organizations and to propose changes to this system. The sub-objective of this thesis is to propose changes to FIFA rules and to FIFA bodies, which are partly related to voting system of the FIFA World Cup. Methods: This thesis used method of guided interview, content analysis of documents and comparation method. Results: The results of thesis are two proposed voting systems for selecting location of the FIFA World Cup and recommmendations for changes to FIFA rules. These proposals will be handed over to General Secretary of Czech football association with the fact that they could be presented on the grouds of UEFA or FIFA. This bachelor thesis should inform czech public about these issues aswell. Keywords: FIFA, executive of FIFA, bidding of Qatar, system of election, voting system
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Measurement of relative variance of optical intensity
Vaníček, Jakub ; Kučera,, Petr (referee) ; Hudcová, Lucie (advisor)
The intention of this master‘s thesis is the measurment of relative variance of optical intensity. In the first place, I have been studied Kolmogorov cascade theory of turbulence and relative variance of optical intensity . In addition, I have been deal with turbulent cells, Gaussian beam, Top Hat beam and influence of the atmospheric turbulences on the intensity profile of the laser beam. Lastly I have been measured determine influence of the atmospheric turbulences on the intensity profile of the laser beam and I have been calculated relative variance of optical intensity. I have suggested the optimum beam profile in the turbulent atmosphere from acquired data.
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