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Garden Computer
Podsedník, Marek ; Musil, Martin (referee) ; Musil, Petr (advisor)
This thesis describes design and realization of the system for garden device control via a touch display of a mobile phone or a tablet. Thesis begins with introduction to available solutions on market, Java and C++ programming languages and Android platform. Then the more detailed design of all parts of the system follows and a description of communication between those parts and the server's hardware selection. Then the implementation and the set of test used for testing follows.
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Measuring station with data transmission via 4G network
Pernica, Michal ; Bastl, Michal (referee) ; Najman, Jan (advisor)
The bachelor thesis is concerned with data transfer via 4G network from a measuring station to a web server. The first part presents the possibilities of transmission via 4G network using the SIMCom 7600E-H module. The ways how to assemble the measuring station or how to make a web server for saving and displaying the measured data are introduced. In the second part, the individual types of transmission are tested and live data transmission and interval data transmission is also implemented based on the results from the first part. The thesis also notes the procedure for setting up a server and a web application for displaying data or assembling and programming a measuring station.
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Smart aquarium management system
Musil, Libor ; Kvíčala,, Radek (referee) ; Hudcová, Lucie (advisor)
This bachelor thesis deals with the design of an intelligent aquarium management system. The system is going to be based on the i.Mx8DV platform with graphical output on the touch screen. In the thesis, the methods of measuring and controlling the quantities, that are critical for the proper operation of the aquarium, are discussed. Also, the i.Mx8DV platform and the Neutrino operating system are described. This thesis solves the selection of suitable sensors and design of printed circuit board for connection of the i.Mx8DV platform with selected sensors. The principles of network communication and web server implementation options are described. In the end, the application is described.
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Measuring station with data transmission via 4G network
Pernica, Michal ; Bastl, Michal (referee) ; Najman, Jan (advisor)
The bachelor thesis is concerned with data transfer via 4G network from a measuring station to a web server. The first part presents the possibilities of transmission via 4G network using the SIMCom 7600E-H module. The ways how to assemble the measuring station or how to make a web server for saving and displaying the measured data are introduced. In the second part, the individual types of transmission are tested and live data transmission and interval data transmission is also implemented based on the results from the first part. The thesis also notes the procedure for setting up a server and a web application for displaying data or assembling and programming a measuring station.
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Smart aquarium management system
Musil, Libor ; Kvíčala,, Radek (referee) ; Hudcová, Lucie (advisor)
This bachelor thesis deals with the design of an intelligent aquarium management system. The system is going to be based on the i.Mx8DV platform with graphical output on the touch screen. In the thesis, the methods of measuring and controlling the quantities, that are critical for the proper operation of the aquarium, are discussed. Also, the i.Mx8DV platform and the Neutrino operating system are described. This thesis solves the selection of suitable sensors and design of printed circuit board for connection of the i.Mx8DV platform with selected sensors. The principles of network communication and web server implementation options are described. In the end, the application is described.
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|
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Garden Computer
Podsedník, Marek ; Musil, Martin (referee) ; Musil, Petr (advisor)
This thesis describes design and realization of the system for garden device control via a touch display of a mobile phone or a tablet. Thesis begins with introduction to available solutions on market, Java and C++ programming languages and Android platform. Then the more detailed design of all parts of the system follows and a description of communication between those parts and the server's hardware selection. Then the implementation and the set of test used for testing follows.
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