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Demonstration of Selected Graph Algorithms
Galanská, Katarína ; Martiško, Jakub (referee) ; Křivka, Zbyněk (advisor)
This thesis deals with re-architecture of an existing application for the demonstration and visualization of selected graph algorithms. The goal of this thesis is to convert the application into multiple modules and make it easier to extend. OSGi technology helps to achieve the modularity. Its principles are explained and used to design and implementation of modules. With new architecture is also implemented the support for multilingual user interface using Eclipse Plugin internationalization. Graph algorithms represented as modules use OSGi Services. Dynamicity is ensured by installing the module and registering its service during the program's run time. The implementation also includes the creation of new modules for Prim's, Kruskal's, Edmond Karp's and modified Hierholzer's algorithm.
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Enterprise Deployment of the OSGi Platform
Pech, David ; Očenášek, Pavel (referee) ; Burget, Radek (advisor)
This thesis focuses on the OSGi technology that offers distinct approach to modularity of the Java language. The technology is shown in connection to the natural evolution of the language. The thesis discusses practical elements of the OSGi approach from application design through development stages to the server deployment and maintenance phase. An example application is build upon the presented recommendations. The application is stress-tested with several simulations of different realistic traffic types. The thesis sums up the usage of the OSGi technology and evaluates its aspects.
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Framework for Modular Swing Applications
Sághy, Tomáš ; Schmidt, Marek (referee) ; Smrž, Pavel (advisor)
Paper deals with framework design for modular GUI applications in Java, which uses ribbon. In the first part of the paper there are three frameworks for GUI application design introduced. Then the applied components are characterized: the Flamingo (displays ribbon), JIDE component family (paper deals especially with JIDE Docking Framework for application panel management) and JBusyComponent (displays busy state of any component). This is followed by specification of OSGi, which is used for dynamic module startup. In the implementation part of the paper there is a description of the parts, the use of frameworks and the offered services.
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Highly Available Scalable CMS in the Java EE Environment
Šramko, Samuel ; Kolář, Dušan (referee) ; Burget, Radek (advisor)
This thesis deals with the background of the design of a highly available, scalable and modular content management system based on the Java EE platform and the OSGi framework and with the implementation of the designed system. It describes the design and implementation of the application decomposition to modules, their communication and bindings. Finally, it presents the results of the application testing and proposes available extensions of the application.
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Modular core for information system
Ruml, Martin ; Karásek, Jan (referee) ; Burget, Radim (advisor)
This thesis deals with frameworks for modular information systems. The experimental implementation module for dynamic loading of others running modules is realized in thesis on the basis of research. In first chapters there are the description of solved problems of modular systems and the description of used programming language Java. Other chapter describes the specifications for modular system OSHi. Other chapter describes framework Esclipse RCP. Eclipse RCP is used for the formation of graphics of riched aplication. The experimental module is creative at the end of the thesis. The program uses Eclipse RCP for grant of GUI for control of loading of modules.
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Universal platform for remote management of IoT devices and visualization of M2M data
Štůsek, Martin ; Hošek, Jiří (referee) ; Mašek, Pavel (advisor)
The aim of this diploma thesis is to create universal application able to visualize M2M data and allows remote management of smart sensors using TR-069 protocol. First part of this thesis contains comprehensive evaluation of TR-069 standard and OSGi platform. Next, extensive analysis of embedded databases with detailed description of SQLite platform is provided. Auto-configuration server genieacs and modus TR-069 client, two parts needed for the proper run of remote configuration, are described in more detail in following section. Practical part of this thesis contains description of all created OSGi bundles together with communication interfaces. Moreover, the description of designed database and developed user interface is given.
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Framework for Modular Swing Applications
Sághy, Tomáš ; Schmidt, Marek (referee) ; Smrž, Pavel (advisor)
Paper deals with framework design for modular GUI applications in Java, which uses ribbon. In the first part of the paper there are three frameworks for GUI application design introduced. Then the applied components are characterized: the Flamingo (displays ribbon), JIDE component family (paper deals especially with JIDE Docking Framework for application panel management) and JBusyComponent (displays busy state of any component). This is followed by specification of OSGi, which is used for dynamic module startup. In the implementation part of the paper there is a description of the parts, the use of frameworks and the offered services.
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Demonstration of Selected Graph Algorithms
Galanská, Katarína ; Martiško, Jakub (referee) ; Křivka, Zbyněk (advisor)
This thesis deals with re-architecture of an existing application for the demonstration and visualization of selected graph algorithms. The goal of this thesis is to convert the application into multiple modules and make it easier to extend. OSGi technology helps to achieve the modularity. Its principles are explained and used to design and implementation of modules. With new architecture is also implemented the support for multilingual user interface using Eclipse Plugin internationalization. Graph algorithms represented as modules use OSGi Services. Dynamicity is ensured by installing the module and registering its service during the program's run time. The implementation also includes the creation of new modules for Prim's, Kruskal's, Edmond Karp's and modified Hierholzer's algorithm.
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Wireless Control of Embedded M2M Devices Using Unlicensed ISM Band
Štůsek, Martin
This research work follows the idea of Machine-to-Machine (M2M) communication designing the radio controlled devices using the ISM radio band of 433 MHz. Implemented solution consists of transmitter unit (Raspberry Pi) and sets of receiver units based on Arduino Uno platform. To offer better user experience, simple management interface on the side of transmitter is implemented.
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Universal platform for remote management of IoT devices and visualization of M2M data
Štůsek, Martin ; Hošek, Jiří (referee) ; Mašek, Pavel (advisor)
The aim of this diploma thesis is to create universal application able to visualize M2M data and allows remote management of smart sensors using TR-069 protocol. First part of this thesis contains comprehensive evaluation of TR-069 standard and OSGi platform. Next, extensive analysis of embedded databases with detailed description of SQLite platform is provided. Auto-configuration server genieacs and modus TR-069 client, two parts needed for the proper run of remote configuration, are described in more detail in following section. Practical part of this thesis contains description of all created OSGi bundles together with communication interfaces. Moreover, the description of designed database and developed user interface is given.
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