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Graphical visualization components for COMES
Lebeda, Ladislav ; Zbyněk, Bezchleba (referee) ; Zezulka, František (advisor)
This work is aimed to enable creation of graphic visualization components for application COMES Dashboard, which is part of operative control system COMES. It deals with the assessment of the user interface system COMES, the analysis of commercial and non-commercial component for creating dashboard visualization and selecting the most appropriate element types, which are used on the dashboard. Furthermore, the thesis is focused on the design of individual objects in a graphical form of the SVG language. The functionality of this object is provided by the JavaScript programming language. To simplify the programming of component and extension support for Web browsers is used the JavaScript library jQuery.
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Optimalization of the water heating system
Lebeda, Ladislav ; Franek, Lešek (referee) ; Macho, Tomáš (advisor)
This thesis is aimed to enable energy optimization of combined water heating system. The first part deals with the assessment of the general view of thermal solar systems with autonomic power from photovoltaics and description of a particular solar system for energy optimization. Then there is chosen the control system conception based on single-board computer Raspberry Pi, which is complemented by auxiliary measuring and controlling circuit. In the following chapters is described design and implementation of software for control system including web interface. The remote monitoring and controlling of solar heating system is the main purpose of web interface.
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Graphical visualization components for COMES
Lebeda, Ladislav ; Zbyněk, Bezchleba (referee) ; Zezulka, František (advisor)
This work is aimed to enable creation of graphic visualization components for application COMES Dashboard, which is part of operative control system COMES. It deals with the assessment of the user interface system COMES, the analysis of commercial and non-commercial component for creating dashboard visualization and selecting the most appropriate element types, which are used on the dashboard. Furthermore, the thesis is focused on the design of individual objects in a graphical form of the SVG language. The functionality of this object is provided by the JavaScript programming language. To simplify the programming of component and extension support for Web browsers is used the JavaScript library jQuery.
|
|
|
Optimalization of the water heating system
Lebeda, Ladislav ; Franek, Lešek (referee) ; Macho, Tomáš (advisor)
This thesis is aimed to enable energy optimization of combined water heating system. The first part deals with the assessment of the general view of thermal solar systems with autonomic power from photovoltaics and description of a particular solar system for energy optimization. Then there is chosen the control system conception based on single-board computer Raspberry Pi, which is complemented by auxiliary measuring and controlling circuit. In the following chapters is described design and implementation of software for control system including web interface. The remote monitoring and controlling of solar heating system is the main purpose of web interface.
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