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Breathing simulator
Stejskal, David ; Jedelský, Jan (referee) ; Lízal, František (advisor)
The purpose of this thesis was to create realistic breathing cycles for breathing simulator and than to verify the functionality of the simulator. The first section of this thesis was conceived as an general introduction to problematics of breathing. This section describes the construction of the lungs, the breathing mechanism and lung volumes. The subject of this study were also important factors that affect human respiration. Processing of acquired data and creation of breathing cycles for breathing simulator is described in the second section of this thesis. Five specific breathing patterns were created. The experimental verification of the breathing simulator functionality is part of the second section.
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User interface for Android system to control lung simulator
Vránová, Markéta ; Čmiel, Vratislav (referee) ; Sekora, Jiří (advisor)
This project deals with the creation of the control system of the lung simulator build in program LabVIEW. The Simulator is connected to the computer and controlled by using the LabVIEW application. The communication between LabVIEW and Android system is provided with the Internet, with the Web Service. The lung simulator is described in the project and the project includes also various solutions, how the simulator can be controlled. The selection of the best solution is justified by, and this solution is described in more detail. The connection of the application in LabVIEW to the Web Service is created and described.
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Breathing simulator
Stejskal, David ; Jedelský, Jan (referee) ; Lízal, František (advisor)
The purpose of this thesis was to create realistic breathing cycles for breathing simulator and than to verify the functionality of the simulator. The first section of this thesis was conceived as an general introduction to problematics of breathing. This section describes the construction of the lungs, the breathing mechanism and lung volumes. The subject of this study were also important factors that affect human respiration. Processing of acquired data and creation of breathing cycles for breathing simulator is described in the second section of this thesis. Five specific breathing patterns were created. The experimental verification of the breathing simulator functionality is part of the second section.
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User interface for Android system to control lung simulator
Vránová, Markéta ; Čmiel, Vratislav (referee) ; Sekora, Jiří (advisor)
This project deals with the creation of the control system of the lung simulator build in program LabVIEW. The Simulator is connected to the computer and controlled by using the LabVIEW application. The communication between LabVIEW and Android system is provided with the Internet, with the Web Service. The lung simulator is described in the project and the project includes also various solutions, how the simulator can be controlled. The selection of the best solution is justified by, and this solution is described in more detail. The connection of the application in LabVIEW to the Web Service is created and described.
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