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Management of Heating Energy at Home
Dohnal, Stanislav ; Grepl, Jan (referee) ; Kříž, Jiří (advisor)
The aim is to adapt the old heating system so that the new system will meet the needs of users and facilitate control of system. The new heating system can independently control heating automatically. Its important part is remote access to system control. The user always has up-to-date information and can adjust the heating to suit his needs.
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Smarthome Home Remote Control
Podmolík, Leopold ; Korček, Pavol (referee) ; Kořenek, Jan (advisor)
The aim of the thesis was to ensure simple and clear operation while providing users the ability to monitor and analyze the current historical data from sensors in the smart home. Beyond the task I have extended the work on the Windows Phone platform. Designed user interface based on the requirements for intelligent home control in the project IoT (Internet of Things), which are written in this work. Tests were conducted using the available auto-mated testing and continuous testing at alpha and beta. Finally, the quality of the interface and user friendliness assessed using questionnaires.
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Communication Protocol Optimization
Buno, Petr ; Korček, Pavol (referee) ; Kořenek, Jan (advisor)
This thesis deals with smart home issue, analyzes existing solutions and is focused on the system that is developed in collaboration with FIT VUT in Brno. The emphasis is on the description of client application for control and monitoring of smart home system. Furthermore, the work discussed base theoretical knowledge from internet communication field, which is closely related to these issues. The core of the work is to design a communication protocol between the server and a mobile device. Finally, the work also includes a description of a network layer at the device using this protocol. The last part is devoted to testing and evaluation of the final solution.
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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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Intelligent Household Management
Unzeitig, Patrik ; Široký, Adam (referee) ; Musil, Martin (advisor)
The purpose of this bachelor thesis is to find out how intelligent household management works and then to design and construct system to control home's temperature. This thesis focuses on creation of physical part using Raspberry Pi and on implementation of controlling application, which can be used through touchscreen. Application uses XML file to make data persistent.
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Extensible Home Automation System
Novák, Martin ; Viktorin, Jan (referee) ; Vampola, Pavel (advisor)
This bachelor thesis is focused on design and development of a system for a project smart home BeeeOn that aims to enable automated processing of data acquired from homes. The thesis describes the project's architecture to which the system should be integrated. It identifies several opportunities for automation to increase user comfort and to reduce the energy demands of households. Based on them is designed extensible system enabling implementation and management of the automations on BeeeOn server. This thesis also focuses on implementation of this system and several specific automations. At the end is described the testing of the system, its integration to the target server, and several designs of the system's future extensions.
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Remote Management of Embedded Systems
Malina, Peter ; Hájek, Josef (referee) ; Viktorin, Jan (advisor)
Possibilities of today's embedded devices are growing rapidly. Their performance allows them to run more complex applications in Internet of Things (IoT) environments. Complex applications tend to be error-prone and require continual updates. A system that is capable of updating a multitude of remote embedded devices was designed and implemented. This system was created based on the study of existing solutions and requirements of the project BeeeOn which concerns itself with smart homes.
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Autonomous Management of Intelligent Home
Punčochářová, Pavlína ; Viktorin, Jan (referee) ; Korček, Pavol (advisor)
Currently, the topic of smart home is not new and there are many solutions for this problem on a market. Emphasis is placed on miniaturization of the individual elements of an intelligent system and control logic of the system as a whole. This is associated with requirement for ensuring management capabilities of the system in case of failure of the connection between some of the functional elements and the control member. This work deals with design and implementation of modifications in intelligent home gateway in an existing BeeeOn project to ensure its autonomy even in case of loss of internet connection. The problem of loss of ability to manage the household is solved by adding the possibility to establish direct communication with the gateway and the introduce automation ability into gates to control household without the participation of the controlling member. This extension brings autonomy into the system and allows user to have the household under control even in case of loss of internet connection. It leads to increase system security and quality of service in general.
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Design of Smart Home Control System
Valičková, Monika ; Petr,, Komárek (referee) ; Ondrák, Viktor (advisor)
This Bachelor Thesis focuses on the selection and design of a Smart Home Control System for a planned superstructure of an apartment building in Brno. It's based on an analysis of the Architectural design of one of the apartments and investors requirements. The thesis gives an overview of suitable systems, which are currently available on the market and compares them. It also describes functions of the selected system and its parts, which are necessary for the implementation. Both technical documentation and cost analysis are also part of the thesis.
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