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Model Driven Development of Android Applications
Bělehrádek, Stanislav ; Burget, Radek (referee) ; Rychlý, Marek (advisor)
This thesis deals with the design and implementation of Android application development tool based on model driven software development. The first part of the thesis is focused on general software development and next part on software development based on model driven development and executable UML. In next part Android platform, methods of Android application development and existing MDD tools are described. This thesis continues with the design of my own MDD tool for the creation of Android applications. The designed tool is realized like Gradle plugin and independent development environment using thisplugin. The designed tool is based on fUML and ALF language. The features and options of development tool are demonstrated by creation of example application.
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Model Driven Development of Android Applications
Bělehrádek, Stanislav ; Burget, Radek (referee) ; Rychlý, Marek (advisor)
This thesis deals with the design and implementation of Android application development tool based on model driven software development. The first part of the thesis is focused on general software development and next part on software development based on model driven development and executable UML. In next part Android platform, methods of Android application development and existing MDD tools are described. This thesis continues with the design of my own MDD tool for the creation of Android applications. The designed tool is realized like Gradle plugin and independent development environment using thisplugin. The designed tool is based on fUML and ALF language. The features and options of development tool are demonstrated by creation of example application.
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Assessing the state of Business Intelligence and proposals for its improvement
Švec, Richard ; Přibil, Jiří (advisor) ; Zelená, Veronika (referee)
This thesis analyzes the situation in the area of Business Intelligence at O2 Czech Republic. It focuses on identifying key issues and finding solutions to the overall improvement of the service within the company. It can be a guide for managers on how to proceed in the analysis of the BI environment, finding opportunities for improving organization setup and technical aspects, especially in the data warehouse solution. Here one can also find recommendations on how to proceed with the definition of development methodologies and how to effectively set the tools and processes associated with the development of the data warehouse. This approach results in an efficient, clearly documented and sustainable development concept of the data warehouse in a large company.
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IS for electricity market domain
Blaha, Jan ; Pour, Jan (advisor) ; Derfler, Václav (referee)
There are many companies operating in the current electricity market and new companies are still forming. This gives every consumer an option to choose a company selling electricity. Electricity dealers can even buy or sell electricity from abroad. Although this situation seems to be natural, it's very complicated to achieve. It's necessary to follow a lot of rules and business processes to be able to establish a functional liberalized market. Because of the amount of business processes it's obvious that liberalized market depends first of all on information systems. However, to develop an information system is usually big investment and it is necessary to find some way to cut the information systems prices. This thesis introduces an effective way of system development for the electricity market domain. This method is introduced as Model Driven Development (MDD) methodology. The idea promoted by MDD is to use models to describe programs and automation code generators to transform models into source code. Model creation is obviously much faster than writing source code, which makes software development more effective. In the category of supporting MDD tools, Damas Energy platform is introduced. The main goal of this thesis is to analyze the usability of Damas Energy with MDD and to show which method to choose when developing information systems for the electricity market domain.
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