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Educational software for the design of video surveillance systems
Vašková, Barbora ; Číka, Petr (oponent) ; Burda, Karel (vedoucí práce)
The topic of this bachelor thesis is devoted to video surveillance system. The content of the theoretical part is description of components of the surveillance system and close analysis of optical part of the camera. The theoretical part is mainly focused on the functionality and characteristics of image capturing, whether theoretical or mathematical, without which the results, which are currently considered standard, would not be achieved. The practical part analyzes two simulators, which focus on the visual representation of camera sensing. Subsequently, the design of the training software, which is also focused on the optical part of the camera and its visual display, is created.
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Camera security of the object with low data flow
Vašková, Barbora ; Jeřábek, Jan (oponent) ; Přinosil, Jiří (vedoucí práce)
The topic of this master's thesis is devoted to design and realization of autonomous camera system of the selected object with possibility of remote access. The content of the theoretical part is description of components of the camera system and close analysis of the used software, including the selection of suitable components. The practical part is approaching to the initial installation of the system and verification of the functionality of individual components based on simple commands. The next step is developing an mobile application comunicattting with the camera system based on low data flow.
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Hodnocení vzájemného synergismu fytoplazmy ESFY a viru šarky švestky (PPV) u meruněk a broskvoní
Vašková, Barbora
Hodnocení vzájemného synergismu fytoplazmy ESFY a viru šarky švestky (PPV) u meruněk a broskvoní. Tato práce se zabývá společným působením Candidatus phytoplasmy prunorum a Plum Pox virus. Obě choroby jsou celosvětově rozšířené a velice nebezpečné. Jedinou známou ochranou je prevence. Evropská žloutenka peckovin je způsobována Candidathus Phytoplasma Prunorum. Candidathus Phytoplasma Prunorum je mikroorganismus bez buněčné stěny, který je taxonomicky řazen Tenericutes třídy Mollicutes. Nemoc šarky švestky je způsobována Plum Pox virus. Plum Pox virus je mikroorganismus patřící do Potyviridae třídy Potyvirus. Na ústavu ovocnictví na Zahradnické fakultě Mendelovi univerzity na MENDELEU v Lednici byl roku 2014 založen dlouhodobý experiment zkoumající interakci fytoplazmy ESFY a PPV. Tento výzkum se zabývá možným synergickým efektem (PPV a ESFY). Symptomy obou chorob byly pozorovány každé dva týdny a zapisovány do tabulky. Jelikož se jednalo o dlouhodobý výzkum, výsledky jsou pouze dílčí. Klíčová slova: Synergický efekt, křížová ochrana, meruňky, broskvoně, PPV, fytoplazma ESFY
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Camera security of the object with low data flow
Vašková, Barbora ; Jeřábek, Jan (oponent) ; Přinosil, Jiří (vedoucí práce)
The topic of this master's thesis is devoted to design and realization of autonomous camera system of the selected object with possibility of remote access. The content of the theoretical part is description of components of the camera system and close analysis of the used software, including the selection of suitable components. The practical part is approaching to the initial installation of the system and verification of the functionality of individual components based on simple commands. The next step is developing an mobile application comunicattting with the camera system based on low data flow.
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Educational software for the design of video surveillance systems
Vašková, Barbora ; Číka, Petr (oponent) ; Burda, Karel (vedoucí práce)
The topic of this bachelor thesis is devoted to video surveillance system. The content of the theoretical part is description of components of the surveillance system and close analysis of optical part of the camera. The theoretical part is mainly focused on the functionality and characteristics of image capturing, whether theoretical or mathematical, without which the results, which are currently considered standard, would not be achieved. The practical part analyzes two simulators, which focus on the visual representation of camera sensing. Subsequently, the design of the training software, which is also focused on the optical part of the camera and its visual display, is created.
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