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Gamification of Mobile Application for Intelligent Home Control
Lamacz, Jan ; Korček, Pavol (referee) ; Žádník, Martin (advisor)
This bachelor thesis deals with the possibilities of raising users' motivation to use the application for the Intelligent home control. It describes common principles of implementation of game-based mechanics into the real-life systems and deals with the concrete design of motivational programme. Practical part of this thesis describes the implementation of the designed system of rewards and its display in the mobile application. The final application contains the motivational system for users based on collecting points and achievements and covers the majority of the functions of the Intelligent home.
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Modular Framework for Sensor Data Processing
Rašovský, Martin ; Viktorin, Jan (referee) ; Korček, Pavol (advisor)
The bachelor thesis deals with the issue of concept and realization of the server application for a smart home system, where the purpose of the whole application is in the form of framework that offers the calculations and possible actions among the system. The theoretical part of this thesis analyses and describes architecture of the existing system with the focus on the server part. From previous analysis is derived the concept of the application . The concept describes the way of communication with other nodes of the system, storing data and configuration . Further the thesis selects the used technologies and deals with the implementation details of the project. Furthermore the thesis documents testing , the integration into described smart home system and results of functionality of the application . In the conclusion is discussed further possible expansions of the project.
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Smart Home Control
Fučík, Jan ; Beran, Vítězslav (referee) ; Zemčík, Pavel (advisor)
This thesis summarizes the subject of intelligent homes and describes commonly used standards and commercial solutions on the market. The thesis covers the design of a low-cost and easy to use smart home system which can be managed over the internet, uses a genetic algorithm for heating regulation optimization and its central computing unit is a low-cost, embedded device with low power consumption. The functionality of the system is verified on a practical application of heating regulation in a house. The efficacy of the system for energy savings is shown; it is based on measured data statistics.
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Smart home control unit with Raspberry Pi
Sedlařík, Marek ; Mačák, Martin (referee) ; Vyroubal, Petr (advisor)
This bachelor’s thesis deals with the issue of smart home controlled primarily by voice. The thesis introduces this technology, with its development and with trends it is heading to. It contains description of IoT architecture, communication and transmission technology. The attributes and use of the single-board minicomputer Raspberry Pi are described and compared with individual models. The large part of this thesis deals with the design of control unit for smart home system, which will consist of suitable components and microcomputer Raspberry Pi with operating system Raspbian, where the virtual assistant Amazan Alexa is integrated. The last part deals with the design, modeling and printing of a plastic cover for a intelligent speaker.
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Gateway for Smart Home
Čechmánek, Martin ; Žádník, Martin (referee) ; Novotný, Tomáš (advisor)
In area of Smart-home control, there are requirements for miniaturisation, security and advanced control logic of individual member of system at present. One of the challenges is the way of data collecting from terminal nodes and data processing, including their distribution to the others nodes of Smart-home. The goal of this thesis is to design and to produce Smart-home control node, which will be a gateway between sensoric net and database and will be developed and produced on embedded system with speci c HW boards. Functionality of this gateway should include error states, e.g. should cache sensor messages when the connection between gateway and server interrupts, or take care about time synchronising. The thesis describes theoretical side of gateway design and also practical side of programming and producing SW for the gateway in Smart-home system.
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SmartFlat peripherials
Chytil, Jiří ; Jirgl, Miroslav (referee) ; Bradáč, Zdeněk (advisor)
The theme of this thesis is the design of peripheral devices of a smart home SmartFlat and the design of communication interface for this system. Designed units are the humidity and temperature measuring unit, the unit of security and the smart socket unit for remote control, power measurement and power control. All units are designed for wired communicaton and also for wireless communication with control unit.
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Server for the Intelligent Home
Blaho, Matúš ; Košař, Vlastimil (referee) ; Korček, Pavol (advisor)
This thesis focuses on design and implementation of server for system of intelligent home. Main focus of design and implementation is performance optimization. Purpose of this application is to communicate with enter point of home. Task of this application is to gather and save data from homes. Storing of data is realized by database with witch the application communicates. Server application is started as service, running in background, from command line. Implementation is realized in language C++.
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Integration of Sensors and Actors into the BeeeOn System
Bednařík, David ; Korček, Pavol (referee) ; Viktorin, Jan (advisor)
In this bachelor thesis, the task was to acquaint with components of smart home from these vendors Belkin WeMo, Philips Hue, BeeWi, to study their communication protocol and create modules to BeeeOn system to control them. In the theoretical part of thesis is described how the BeeeOn system works and how the single device from mentioned manufacturers behaves and communicates. In the practical part, it is mentioned the way of extension of BeeeOn Gateway application to modules for control the smart home devices. This part also includes the methods of testing and verification of accuracy of implementation.
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Home automation system
Bajgl, Vojtěch ; Král, Jan (referee) ; Kubíček, Michal (advisor)
This thesis deals with home automation systems. First part of the thesis is focused on analysis of commercially available state-of-the-art systems. The most common ones are compared in terms of their functions, properties, principles of operation and their price. Second part of the thesis describes design and development of custom system for home automation. The aim is to build a cheap alternative to the commercially available systems. The design description starts from schematic design of particular components through PCB design to firmware and software development. The system is based on Raspberry PI 2B microcomputer which controls all the required home electronic equipment via user-friendly web-based interface. Several different ways of use of the system are discussed as well as some useful features of the microcomputer.
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