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Increasing Reliability of Communication Networks
Hausner, Richard ; Komosný, Dan (referee) ; Koton, Jaroslav (advisor)
The bachelor's thesis deals with selected options for increasing reliability of communication networks. The basic protocols and network topologies are described in the thesis. In the second section the technologies of cascading, clustering and stacking network switches are discussed. The practical experiments and scenerios of connections, which are described in the aforementioned section, form a basis of their practical use proposal.
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Comparison of the thermal cycle efficiency
Přívozník, Martin ; Kracík, Petr (referee) ; Fiedler, Jan (advisor)
Theme of this master's thesis Comparison of thermal cycle efficiency is aimed on the calculation of thermal schemes of reheating and without reheating for various performances. The calculation is performed using specialized literature. The introduction describes the fundamental thermal cycle used in power plants and Rankine - Clausius cycle. After the initial familiarization with the parameters of Rankine - Clausius cycle follow a section with technical solutions to improve thermal efficiency of Rankine - Clausius thermal cycle. The aim of this work is to identify and compare the thermal efficiency of the thermal cycle with reheating, without reheating and compare them with each other. At the conclusion of this work is shown comparison between two low-pressure regeneration systems.
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Increasing Reliability of Communication Networks
Hausner, Richard ; Komosný, Dan (referee) ; Koton, Jaroslav (advisor)
The bachelor's thesis deals with selected options for increasing reliability of communication networks. The basic protocols and network topologies are described in the thesis. In the second section the technologies of cascading, clustering and stacking network switches are discussed. The practical experiments and scenerios of connections, which are described in the aforementioned section, form a basis of their practical use proposal.
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Comparison of the thermal cycle efficiency
Přívozník, Martin ; Kracík, Petr (referee) ; Fiedler, Jan (advisor)
Theme of this master's thesis Comparison of thermal cycle efficiency is aimed on the calculation of thermal schemes of reheating and without reheating for various performances. The calculation is performed using specialized literature. The introduction describes the fundamental thermal cycle used in power plants and Rankine - Clausius cycle. After the initial familiarization with the parameters of Rankine - Clausius cycle follow a section with technical solutions to improve thermal efficiency of Rankine - Clausius thermal cycle. The aim of this work is to identify and compare the thermal efficiency of the thermal cycle with reheating, without reheating and compare them with each other. At the conclusion of this work is shown comparison between two low-pressure regeneration systems.
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Elektronová rozdělovací funkce ve vnější koroně laserového plazmatu
Mašek, Martin ; Rohlena, Karel
The electron distribution function in a laser plasma is evaluated from the Euler-Vlasov model with a weak collisional term by a solution using the transform method. In the temporal evolution of the distribution we recorded a strong article trapping in the potential troughs of the electrostatic wave generated by the Raman back-scattering and also a cascading due to a secondary scattering of the generated Raman wave.
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