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Smart home with single board computer
Piro, Šimon ; Míča, Ivan (referee) ; Koutný, Martin (advisor)
This thesis describes the issue of smart homes, reviews of current solutions, design simpler and less financially demanding solutions, the selection of the control unit in the form of single board computer based on an embedded Linux OS, realization of graphical user application for touch screen, implementing remote access via HTTP webpage, proposal of peripheral unit with integrated microprocessor.
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Smart Home Control System
Ševčík, Radek ; Fučík, Otto (referee) ; Maršík, Lukáš (advisor)
This bachelor thesis deals with unconventional solutions in the field of home automation systems such as the central unit consisting of a miniature computer. The work includes architecture design, visualisation and control of such system
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Secured Communication in the Smart Home
Brábník, Petr ; Kořenek, Jan (referee) ; Novotný, Tomáš (advisor)
This bachelor thesis deals with tunneling of the network communication between the adapter and the cloud in the area of smart homes. The first part is a theoretical analysis of smart homes and network tunneling. The software for creating network tunnels is chosen and implemented in the second part. The last part deals with testing and possible functionality extension. The goal of testing is to verify that the communication tunnel satisfies specified requirements and how fast can be communication established.
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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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Comparison of intelligent building
Hofrichterová, Kateřina ; Bruckner, Tomáš (advisor) ; Molnár, Zdeněk (referee)
The thesis is concerned with the comparison of systems with intelligent house. The aim is to choose appropriate methods and approaches for the design of intelligent building, to design the application and implementation of selected technologies in different price ranges, further evaluation using the proposed solutions for different categories of users. The first part is accomplished by mapping timeliness of intelligent housing issues and trends in the coming years. There are specified functionality, cost, and the return of classic and smart wiring. The second part is specified topologies and Loxone GILD, sample calculations, there is also defined by their scalability, control. The third part presents a comparison of the scoring method of price comparisons, scalability and control and standardization, user friendliness.
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Application for remote control of devices in smart home
Čislinský, Jan ; Pecinovský, Rudolf (advisor) ; Rais, Aziz (referee)
The thesis analyzes current home automation trend with a brief historical context. It presents conception of Apple company and its platform iOS from the beginning of development to actual state. The thesis shortly compares differences between programming language Objective-C and a new language Swift. It describes emerging framework HomeKit which was created to control smart appliances at homes. In practical part of the thesis there is designed mobile application running iOS platform that controls real smart devices at homes with HomeKit framework. Application is created in Swift programming language and is inserted as a component of this thesis.
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Internet of Things as a new disruptive concept for future global business
Kalenda, Tomáš ; Lukeš, Martin (advisor) ; Mareš, Jan (referee)
The goal of the thesis is to provide investors and established businesses insights into the evolving concept of Internet of Things in the context of a business opportunity. First, the thesis provides comprehensive overview of the IoT concept, its historical development and relevant concepts similar to IoT including its definition and explanation. Second, the thesis discusses IoT as a disruptive technology with implications for general business strategy, current business models, value chains and competitive landscape. Third, it describes overwhelming opportunities for IoT application in various business fields and processes bringing added value to its stakeholders. Visionary concepts and applicable use cases are identified. Finally, the thesis analyses IoT market perception from both customer and business perspective based on quantitative and qualitative data researched. The research is focused mainly on customer awareness and value perception of IoT products as well as major drivers and challenges of the IoT market from business players' perspective. Such analytical insights identify major patterns and dynamism of the IoT market.
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An intelligent house with smart households
KOKEŠ, Vojtěch
The main objective of this thesis is to clarify the concept of "intelligent house", complete processing functionality and creating your own project. The work will be described any development and use of information, communication and control systems and new technologies just for the smart house (media center, remote control via mobile phone, Internet, GSM). There will also be processed security issue (alarm, cameras, sensors), smart lighting, efficient heating and air conditioning, financial savings and energy savings in renewable energy. They will outlineall the benefits of intelligent houses and their use in the future.
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Innovation of information systems in enterprises, particularly in the utility market segment
Maloš, Martin ; Žid, Norbert (advisor) ; Tůma, Jiří (referee) ; Hübner, Miroslav (referee)
This thesis addresses the innovation of information systems in enterprises, particularly in the utility market segment. The thesis starts with a definition of utilities, a market segment containing companies involved in generation, transmission, distribution and retail of energy services as well as other companies providing related networked services. The aims of this thesis are both theoretical and practical. The theoretical part offers a new theory for IS innovations for the selected segment and for the relation between the innovation and the architectures of IS. In the practical part, the author identifies current challenges and opportunities in the selected market segment and offers scenarios and visions for future development. The first part of the thesis maps out the general innovation theories in the context of the selected topic. The second part introduces a new innovation theory based on an analysis of the specific conditions in the utility market segment. The next section focuses on the topic of IS architecture and its ability for tracking and managing the changes of the IS during the innovation process. The following part relays designs for specific architecture models supporting the current innovation trends in the utility market. The final part of the thesis summarizes particular business recommendations for innovation procedures in utilities, identifies innovation opportunities, and inspires visions for the future development of the market. The opportunities are related to a new way of understanding the role of IS in utility companies. IS provides a portfolio of information services to support the customer oriented business services, advanced services with added value and tailor made services for specific customer groups.
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