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Security system for family house
Sohr, Martin ; Macháň, Ladislav (referee) ; Jaroš, David (advisor)
This thesis deals with complete theoretical design of security system for a family house, from the selection of technologies, security principles and selection of elements, theoretical suggestions of their placement to practical realization. I this thesis, securing of entry points, such as doors and windows, is done by magnetic contact sensors. Windows are secured also against breaking of glass. Inner space is secured using motion sensors. Further, the function principle of optical latches as secondary securing element of inner space is explained. The designed security system implements a central control unit, which is able to provide status information on all security elements to the host system. IQRF wireless communication operationg in licence-free is used for communication among elements of the security system. GSM SIM9000 module is used for communication with the security system.
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Active infrared motion sensor
Zátopek, Jakub ; Hudcová, Lucie (referee) ; Diblík, Jan (advisor)
This bachelor's thesis is dealing with used some motion sensors works at different physical principles, the dismantling of thein basic characteristics and design motion sensor with available optoelectronic components in area of infrared radiation. The proposed motion sensor is compared with commonly available pyroelectric sensor.
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Development of a mobile application for fitness activities for the Android OS
VESELÝ, František
The objective of this bachelor thesis is to create a mobile application for the fitness activities which is using sensors in mobile phones. The application is using accelerometer and proximity sensor for different activities. It is about push ups, pull ups, squats and sit ups. The application also can show a graph with historical data of each fitness activity. Finally, the application is published and free to download in the Google Play online store. The theoretical part presents Android operating system, description of the Android Studio and java language. The practical part of this thesis contains description of the development of the mobile application, description of the creation of the user interface and a connection with the logic of the application. Then the thesis includes description of a work with data, the connection with sensors, a process of publishing the application and a summary of reviews from the users.
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Security system for family house
Sohr, Martin ; Macháň, Ladislav (referee) ; Jaroš, David (advisor)
This thesis deals with complete theoretical design of security system for a family house, from the selection of technologies, security principles and selection of elements, theoretical suggestions of their placement to practical realization. I this thesis, securing of entry points, such as doors and windows, is done by magnetic contact sensors. Windows are secured also against breaking of glass. Inner space is secured using motion sensors. Further, the function principle of optical latches as secondary securing element of inner space is explained. The designed security system implements a central control unit, which is able to provide status information on all security elements to the host system. IQRF wireless communication operationg in licence-free is used for communication among elements of the security system. GSM SIM9000 module is used for communication with the security system.
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Active infrared motion sensor
Zátopek, Jakub ; Hudcová, Lucie (referee) ; Diblík, Jan (advisor)
This bachelor's thesis is dealing with used some motion sensors works at different physical principles, the dismantling of thein basic characteristics and design motion sensor with available optoelectronic components in area of infrared radiation. The proposed motion sensor is compared with commonly available pyroelectric sensor.
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Utilization of input device XBOX Kinect
PŘEDOTA, Jan
The bachelor work's topic is utilization of input device XBOX Kinect. The theoretical part focuses on technical specialization, properties, single parts and history of this device and other motion sensors. It also describes the way of getting data and processing them, proposal of algorithms and flowcharts. The practical part examines developing application, which uses this motion sensor as a control device. That means that the program scans human body, evaluates the position of it, designates the gesture and does relevant action. For coding, the application uses Visual Studio as an integrated developing environment, C# as a programming language, .NET Framework 4.5 as a software framework, Widnows Presentation Foundation and Windows Software Development Kit 1.8 as a communicator with the Kinect.
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