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Library For Card Games On Mobile Devices
Hodek, Václav ; Rychnovský, Lukáš (referee) ; Křivka, Zbyněk (advisor)
This thesis deals with a development of a library used for supporting card games on mobile devices and also brings some common suggestions that can be useful during the development and testing mobile applications. The library is designed to be supported by as many mobile devices as possible and to be supported by a desktop system as well since it can be very helpful especially for testing. The library is supposed to allow a developer to handle as many kinds of card games as possible.
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Card Game Maryáš For Mobile Devices
Pumprla, Tomáš ; Rychnovský, Lukáš (referee) ; Křivka, Zbyněk (advisor)
This thesis deals with development of application for mobile phones programmed in Java - J2ME. The application is a card game Marias. User can choose play with two other people or with computer which is managed by expert system. This expert system is able to updade its "knowledgebase" via HTTP communication.
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J2ME/J2SE Network Communication
Přerovský, Petr ; Herout, Adam (referee) ; Láník, Aleš (advisor)
The first part of this bachelor study is engaged in description of platform Java Micro Edition with the goal to punctuate its main features. The second part presents the possibilities of implementation of networking communication in surroundings of mobile phones and networking posibilities of platform Java 2 Standart Edition with target the multiplex and non-blocking server. The third part is focused on project and implementation of exemplary application with tests of resulting solutions together.
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Symbian S60
Hlobil, Marek ; Stryka, Lukáš (referee) ; Chmelař, Petr (advisor)
The bachelor's thesis concerns with Symbian S60 operating system for mobile phones. The structure and properties of Symbian OS is described in the thesis. The aim of the thesis is to demonstrate capabilities of Symbian S60 by design of a demonstration application. For this purpose, an incoming SMS filter was implemented in Python programming language.
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Restaurant Menu for Mobile Phones with Bluetooth
Dzurňák, Tomáš ; Letko, Zdeněk (referee) ; Novosad, Petr (advisor)
The goal of this thesis is to design and implement an application for a mobile phone and a desktop computer, which provides ability to browse a restaurant menu and to make orders. The desktop computer provides information from the restaurant menu and manages new orders. The desktop application is able to communicate with more mobile phones simultaneously. The communications between the mobile phone and the computer is realized with Bluetooh wireless technology. The user interface of the mobile application is designed user-friendly and available in plenty languages. There are suggestions for future development of this project in the end.
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Mobile player for multimedia content presentation and processing
Króner, Tomáš ; Číka, Petr (referee) ; Müller, Jakub (advisor)
Master’s thesis deals with developing of multimedia application that allow play and receive multimedia files as audio and video. In thesis introduction, there is theory overview about programming language J2ME, its parts and divisions in couple of chapters. The applications developing begin by choosing focus groups and also group of devices that agree with present trends about mobile devices. The next part undertakes selecting development tool NetBeans IDE based on requirements for multimedia develop and also undertakes selecting software development kit Nokia SDK and its short definition. Afterwards, the application and its basic classes and methods are briefly characterized. The chapters of classes and methods are divided according algorithm level, following development description dividing aspect. Program functions are enriched with flow diagrams completing written text, which have marked important points of program. The main chapters describing algorithm parts begin with define audio and video play. The other pages include description of network connection a data transfers. In every part the programmer part, algorithm is analyzed first and than general options and functionality of this area. In file play part, it is selection of file and proceeding to launch playing with function control possibility. In case of network connection, it is access to network and data handling, eventually communication with each other in client - server hierarchy and consequential multimedia content playing. In the end of development part, reader is cognizant of application fault handling that is inherently part of every application working with I/O data. Next chapter is devoted to future development a design resulting to present process. In the thesis it can be found also application description from user’s point of view, user manual a solving incurred problem situations. In the instructions, there are contained screenshots of described parts of program. Reached results and reviews are summarized on the end of the thesis.
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GPS based Localization using the Java ME application
Figurny, Radek ; Morávek, Patrik (referee) ; Růčka, Lukáš (advisor)
The task of the Master's thesis has been to develop the MIDlet, which is able to receive data from an external GPS module via Bluetooth. Data are received in the NMEA 0183 format and are processed to extract longitude, latitude, elevation, velocity, number of visible satellites and measurement accuracy of longitude, latitude and elevation. Users have a possibility to save their actual location with a short description to the cell phone’s memory. The MIDlet is also able to save a user defined way-point and navigate to this way-point. The MIDlet itself was developed in the Netbeans IDE with a software development kit (SDK) made by Nokia company. This kit is designed for the Symbian OS s60 3rd edition FP1, which contains a s60 emulator and a s60 MIDlet for a direct compilation in the cell phone. The MIDlet is made of three main parts. The first part shows a longitude, latitude, elevation, velocity, longitude and latitude measurement accuracy, date and time. The second one shows a direction of north, latitude and longitude. The last one shows a direction to the selected way-point and a distance to this location. In theoretic part of the thesis there are described the GPS navigation system, Bluetooth system, geodetic system WGS 84 and programing language Java and its part Java ME.
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JavaME Group SMS Messaging Interface
Kubina, Tomáš ; Kubánková, Anna (referee) ; Kovář, Petr (advisor)
This Diploma Thesis have been describing possibilities of Wireless Messaging API, which are used for applications handling with Short Messages. It have been describing basics of programming language JavaME, basics of formating and sending SMS, detailed analysis of Wireless Messaging API, application, which is part of my diploma thesis and finally Security Politics of JavaME programming language.
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Možnosti využití platformy Java ME ve vstupních kurzech programování
Dušek, Ondřej ; Ing. Rudolf Pecinovský, CSc. (advisor)
The main goal of this thesis is to implement learning library Shapes for shapes drawing and simple animation. Part of the thesis is also a sample application, which shows usage on a traffic simulation in a town. The theoretical passage is focused on the Java ME platform characteristics, its differences from the popular Java SE and some new features. The next part is devoted to the description of the implementation process of the mentioned library and especially to distinguish the differences that have been caused by the platform switch. In conclusion of the chapter there is a user guide describing how to make an application based on this library ready to work on any mobile device.
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Possibility of using java ME platform in entrance programming courses
Dušek, Ondřej ; Pecinovský, Rudolf (advisor) ; Bittnerová, Lucie Rút (referee)
The main goal of this thesis is to implement learning library Shapes for shapes drawing and simple animation. Part of the thesis is also a sample application, which shows usage on a traffic simulation in a town. The theoretical passage is focused on the Java ME platform characteristics, its differences from the popular Java SE and some new features. The next part is devoted to the description of the implementation process of the mentioned library and especially to distinguish the differences that have been caused by the platform switch. In conclusion of the chapter there is a user guide describing how to make an application based on this library ready to work on any mobile device.
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