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Automatic recognition of the electrometer status from picture
HANZLÍK, Ondřej
This thesis deals with problems of recognition of an electrometer´s state from sensing image. It is tangibly about electrometer´s scanning by a mobile phone´s camera. There is a surface with an electrometer´s dial which is detected and on this surface the particular numbers are detected consequently. The numbers are recognized via neural network. For more information from this image there are used some techniques of image segmentation to check the status. For the classification of the segmentation´s outputs are used classification tools, especially a support vector machine (SVM) and neural networks. Problems of image segmentations are solved by using OpenCV library. OpenCV is used for the implementation of the vector machine either. Application is on Android platform. Part of the thesis is concerned in a creation of a desktop application which is instrumental towards testing of neural network. The thesis also describes how to save the necessary data gathering in the course of the recognition which are used for working with neural network. The part of the thesis also deals with running web which will be evolved for the opportunity to participate in the further development of the system. There is available a public repository with source codes created during implementation.
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Simulace studijních agend pro operační systém Android
Musil, Marek
Bachelor thesis deals with simulation of study agenda for operating system Android made as an interactive passage through buidling Q of the Faculty of Business and Economics Mendel University. Given assignment is solved by using program 3D Studio Max for the model of building and program Unity for adding scripts. Purpose of this bachelor thesis is to facilitate navigation of new students in building.
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QI klient pro operační systém Android
Stehlík, Ondřej
The diploma thesis is focused on the design and implementation of the remote access to ERP system QI. The paper explains theoretical basics of the programming applications for Android platform, web services based on the SOAP protocol, the information system QI and development tool QI Builder. On the basis of the requirements the solution of mobile client is designed, implemented and tested. In conclusion, the achieved results are discussed as well as the future possibilities are presented.
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Mobilní aplikace pro Brněnský architektonický manuál
Braun, Zdeněk
Braun, Z. Mobile application for Brno Architecture Manual. Bachelor thesis. Brno: Mendel University, 2014. This thesis deals with creating an application for mobile operating system Android, that will. Application will serve as mobile version of existing web application. It will provide information about architectural objects in Brno, which will be displayed on map. Information and some of the maps will be available without internet connection.
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Metody vývoje mobilních aplikací
Kočí, Jakub
This thesis outlines description and comparison of currently used application development tools for mobile devices. The thesis compares especially development of native applications (for Android, iOS, BlackBerry, Windows Phone) with web-based solutions with regard to the multi-platform development. Moreover, the thesis presents implementation of an experimental application for Android as well as web-based application. Both implementations are described and compared including performance tests.
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Geolokace prostřednictvím Wi-Fi sítí
Muroň, Mikuláš
This paper discusses issues of geolocation via Wi-Fi networks, primarily geolocation inside buildings. It presents several localization algorithms and analyze their suitability for this usage. Part of the work is program performing geolocation based on the selected algorithm. Algorithms and their implementations are evaluated based on an experimental basis.
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Android aplikácia implementujúca progresívne vykresľovanie
Sevald, Mário
This bachelor thesis is about progressive graphic formats, design of progressive algorithm to display image and implementation of this algorithm in Android appli-cation. This thesis describes possibilities of application development for Android and also progressive rendering methods used by known graphic formats.
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