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The plants recognition mobile application UI Specification
Palmová, Markéta ; Pavlíček, Josef (advisor) ; Hanzlík, Petr (referee)
This bachelor thesis focuses the issue of User Interface (UI for short). It focuses mainly on the issue of processing and influencing users. Describe the development of operating system from the point of view of the user interface for computer and mobile operating systems. Further focuses on the mobile cameras on their quality and the assembly for taking high-quality photos. Ending of each chapter is followed by a summary and evaluation of information.
The main objective of this bachelor thesis is create the plants recognition mobile application UI specification. In the practical part is created the survey which is supposed to help with drawing up applications for the largest range of users. On the basis on survey are created 3 personas, from which depends on the assembly use case and scenario. According to this information it is designed logic and graphic design application.
The whole concept is passed to Mr. Mgr. Vítězslav Praks, Ph.D. who is working with the UI specifications. Mr. Mgr. Praks, Ph.D. evaluated the whole proposal and on his comments about implementation options of the application was compiled conclusion.
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Factories managerial game UI Specification
Jindáček, Vojtěch ; Pavlíček, Josef (advisor) ; Kedaj, Petr (referee)
This bachelor project is focused on design draft of a mobile interface for the game Factories. The theoretical part contains explanation of the managerial game concept, the evolution of managerial games and their benefit and process. Further on there are explained the basics of UI and UX and the ending of theoretical part contains description of the game Factories and its rules.
The practical part contains the UI specification and the paper prototype of the draft. The part of the specification are personifications, use cases, script, wireframes and graphic design. At the end of this work is the final thesis summary and the attachment, which contains the final graphic design and the paper prototype.
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Smartphone Application for e-Shop Administration
Voneš, Jakub ; Kajan, Michal (referee) ; Korček, Pavol (advisor)
This Thesis is about smartphone application for administration of ecommerce kuplevne.com. It describes proposal of solution and application implementation for management ecommerce in the mobile platform Android OS. In the first part there are introduction with Android OS, its history, competitive platforms for mobile devices and architecture of Android OS. In the next part there is a description of application development for such devices. The final part is about proposal of solution and application implementation.
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Application for Tracking Devices for Windows Phone OS
Dohnal, Stanislav ; Rozman, Jaroslav (referee) ; Očenášek, Pavel (advisor)
Application implemented in this work bachelor's thesis deals with the collection of data positions in devices, where is installed operating system Windows Phone 7. Bachelor's thesis contains theoretical introduction to this operating system, today's methods of obtaining data about our positions, design, implementation and testing of this application. Data presentation is based on GoogleMaps application programming interface with Nette PHP framework.
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Dictionary for Mobile Devices with OS Android
Damborský, Tomáš ; Kouřil, Jan (referee) ; Smrž, Pavel (advisor)
This thesis deals with design and implementation of dictionary application for mobile device with an Android OS. The key feature of application is ability to perform fulltext search. This is achieved by using the SQLite database with Full Text Search extension. SQLite databases are generated from source lexical data in Lexical Markup Framework format.
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PC Remote Controller for Android
Melicherík, Petr ; Klicnar, Lukáš (referee) ; Chrápek, David (advisor)
The bachelor's thesis deals with a design and a creation of a pair of applications that provides a complex remote control for Windows-based computer. Applications are collectively named UnderControl. A mobile device running Android serve as the remote control device. A connection between the devices operates on a standard network client-server architecture. The applications provide three modes of functionality, which use two wireless technologies, Wi-Fi and Bluetooth. The first two modes provide a functionality of the remote control without a video transmission. They differ in the technologies used for communication. The third mode, which operates via Wi-Fi, provides the real-time transmission of a remote desktop. Applications were primarily implemented in Java.
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Augmented Reality for iPhone
Bednář, David ; Herout, Adam (referee) ; Beran, Vítězslav (advisor)
This Bachelor's Thesis was performed during a study stay at the "Technische Universität Graz", Austria. This Thesis talks about handheld augmented reality, especially for the iPhone. In theoretical part of the Thesis, we discuss available frameworks and description of the platform itself and its application development. The practical part describes development of a demonstrational AR application, which uses popular OpenCV computer vision library for processing the image captured by iPhone's camera. The application also permits to overlay visual information above the camera preview (with and without the use of private APIs) and also permits to align OpenGL camera to the position of the iPhone's camera in the real world.
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XMPP Client Using Nokia Qt SDK
Vaňák, Tomáš ; Mlích, Jozef (referee) ; Bařina, David (advisor)
This thesis describes the creation of application in a development environment Qt Nokia SDK. It emphasizes the differences between development of desktop applications and describes the steps necessary to create a functional mobile applications. This thesis also describes the basics of XMPP protocol. The resulting application is simple XMPP client.
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Mobile Cash Desk
Malý, Petr ; Hruška, Tomáš (referee) ; Kurečka, Radomír (advisor)
The bachelor thesis deals with the proposition and the implementation of system for mobile orders in restaurants, that would enable sta ff to create and to bill orders. Spending can be paid from customer's account after customer authentication. The system is implemented for mobile platform Windows Phone version 7.5.
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Onboard Computer on Mobile Device
Kubík, Lukáš ; Kolář, Dušan (referee) ; Křivka, Zbyněk (advisor)
This bachelor thesis studies the possibility of using the output data from diagnostic automotive OBD-II port and several sensors of a mobile device with Android platform. It demonstrates the computation of several properties based on the measured data. The major part of the thesis describes the design and implementation of the application with three features illustrating the use of these computed properties.
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