The goal of the thesis is to create an extension for Unity Development Platform that will allow creation of computer games from design of game logic to scene programming on visual level. The extension forms an abstract layer between designers, who manage game objects on logic level, and programmers, who are responsible for implementation of parts that can't be created automatically. It then facilitates some designing processes and iterations by eliminating the need of manual programming in places that can by automate and allows to concentrate on the design process itself.

The thesis is aimed at the modeling of releases of hazardous substances to the designated software tools. The work consists of three parts. The first part is theoretical, which deals with hazardous substances and their legislation, accidents in industry, physical models of leakage and dispersion of hazardous substances and factors influencing their spread in the air and finally software tools. The second part, experimental, describes some software tools and their subsequent modeling. The third part is devoted to the results of modeling and analysis of selected software tools. The aim of the thesis is to analyze selected software tools for modeling the release of hazardous substances, to compare their explanatory power and potential use.

The Quality of Service (QoS) is in converged systems an important parameter. The dissertation thesis deals with research of QoS implementation into a newly developed network element. There was designed and implemented new protocol, based on the IP. The dissertation thesis deals with proposal of a new network element – the switch controlled by a neural network. During the research have been measured switches cross a performance classes. On the base of the measurement was designed the new four-port switch with switch fabric build on crossbar switch with an external control. The switch was designed with maximum QoS support. The switch fabric is controlled by the feedforward backpropagation neural network. The designed switch was modeled in the MATLAB and Simulink. The simulations prove that developed solution is functional.

The retail companies have a very conservative approach concerning IT expenses and innovations. Maybe for this reason, it is now the best time for changing an IT infrastructure and a complex retail solution. Most of the companies need to optimize their processes due to the financial crisis to achieve a competitive advantage. There are many differences among the retail companies - these differences may cause that an implementation of a software solution is tricky. It is important to be aware of such aspects when implementing the software solution. The main aim of this work is to design, extend and optimize a methodology of implementation of a complex retail solution. The new methodology is quite general - it might be used for an implementation of any POS solution. The goal of new methodology is to improve top line and margin. Finally, it shall bring a bigger satisfaction to the customer. I divided this work into several main chapters. First chapter is dedicated to the specifics of retail companies - how they work, which processes they use, how much they invest into the IT. The second part contains an analysis of POS solutions available on the Czech market and a brief description of the particular software solutions with their market share. The third part is dedicated to the RIM methodology designed by Microsoft Corporation. The fourth - and the main part of my work - contains an extension of the RIM methodology. In the final part I sum up the main achievements of this work and evaluate the new extended methodology. In the appendix, I compared some examples with the real figures to the new methodology.

The goal of the thesis Internal Audit and Risk Management is to analyze Internal Audit in the selected company, to form the process for implementation of Risk Management System and to evaluate software solutions for Internal Audit and Risk Management in the company. The thesis is focused first on the historical development and the Standards for Internal Audit and Risk Management and on the interdependence of these disciplines with Corporate Governance. In the practical part is analyzed Internal Audit and Risk Management function and there are outlined possibilities of the software solutions in the company.

The subject of this thesis is a pilot project of the implementation of the BI (Business Intelligence) solution in the company Haguess, a. s. The project is concerned with the analyses of data stored in a database -- DataBase Management System (DBMS) -- which is used as a data source by the web application Customer Support Center (CSC). Haguess primarily uses CSC as a helpdesk for its clients and partners, but also uses it for internal purposes. The main use of the CSC application is to support information systems delivered by Haguess. There were two motives for the choice of this subject: BI software tools had not previously been used by Haguess, and the company management was keen to get data analyses from the CSC application. That's why I decided to do these analyses. My goal was to create a practically useful solution which would be an incentive for Haguess to use BI software tools for other purposes. This thesis has two main goals. The first one is the realisation of the pilot BI solution, which would outline the possibilities for analysis of data from the CSC application using BI software tools. This involved the following activities: multidimensional analysis and BI solution design -- i.e. design of data pipelines, OLAP (On-Line Analytical Processing) cube/cubes, and user tools in MS Excel calculator. The second goal was to select the proper software tools for a future complex realisation and running of the BI solution. The first objective was achieved by doing the following: proper analysis of the CSC application data model, definition of user requests for output analysis and its comparison with the data model analysis. Based on this comparison, the basic subjects of output analyses were determined. These basic subjects were the starting point for the implementation of the BI solution. The second objective was achieved as follows: on the basis of the implementation results, basic demands (criteria) for BI software tools features were determined, bearing in mind the possible future complex realisation and running of a BI solution. Research determined which BI software tools were available on the market. The most suitable BI software tool was selected following a comparison of available options, and the criteria mentioned above. The primary outcome of this thesis is the creation of a practically usable BI solution.

The subject of this thesis was agile development on ASP.NET web development platform. The main goal was to create new methodology MMSP - ASP.NET MVC by adjusting methodology MMSP for development in ASP.NET MVC framework, which was mainly achieved through the definition of new objects in the methodology. Text describes four newly created roles (eg. Database specialist) which are responsible for application development. Text also defines or modifies several tasks (eg. Database design) and work products (eg. Data model). All added objects were integrated into the methodology by adjusting its life cycle. At first, thesis was generally focused on the development of web applications, defined their characteristics and analyzed the possibilities of using agile development. Then the MMSP methodology was presented and verified its suitability for the planned extension. Furthermore, there was described the ASP.NET MVC framework, its architecture and basic characteristics. In the last chapter of this thesis methodology MMSP-ASP.NET MVC was verified on the example of development database management web application for the Anthropological Department of the National Museum in Prague.

The subject of this thesis is testing and quality assurance during software development. The theoretical part explains the meaning of software quality and then describes the metrics used to evaluate software quality. The following part explains the differences between software quality assurance in agile and traditional software development methodologies, including criteria on how to compare the methodologies. Throughout the thesis, there are briefly summarized basic concepts which then include the differences between stat-ic/dynamic testing and manual/automatic testing, as well as a role of quality assurance en-gineer in software development. The practical section extends to an existing software development methodology for small software projects (MMSP) in its testing area. New testing activities, artifacts, and roles are introduced in order to align with real requirements for software testing. They will also function in the methodology when used in the testing area for development of more robust applications in bigger teams. Test management tools and test automation tools are described and followed with recommendations for methodol-ogy usage for only a selected few.

The diploma thesis deals with the thermal-humidity stress of the wooden wall. The work is focused on the connection of the wall to the base structure of the building. Three details were chosen. The work was focused on detail with the most common structure of an external wall used in the Czech Republic on the composition with a supporting structure made of KVH columns, which are filled with mineral insulation. This construction is covered with plate elements. The insulation from the exterior is made of ETICS with expanded polystyrene thermal insulation. This detail was assessed in the software. To compare the results calculated by real-time software, an experimental model was made, which was subjected to experimental measurements. Part of the diploma thesis is a comparison of detail stress under different boundary design conditions, with or without anchoring.

Práce se zabývá procesem návrhu digitálního přijímače pro signály družic dálkového průzkumu Země v pásmu X. V první části je uveden seznam družic které umožnují příjem vědeckých dat pomocí amatérských neautorizovaných stanic. Jsou zde vypsány základní signálové parametry některých družic, z nichž EOS-PM-1 je zvolena jako hlavní objekt pro návrh přijímače. Ve druhé části je použit software MATLAB pro simulaci družicového O-QPSK signálu v základním pásmu, mechanizmu kompenzace kmitočtového ofsetu, synchronizaci nosné, symbolové synchronizaci, rámcové synchronizaci a odstranění fázové dvojznačnosti vlivem modulace. Třetí část práce pojednává detailněji o implementaci jednotlivých bloků přijímače do FPGA při použití aritmetky s pevnou řádovou čárkou. Je zde popsána metoda pro verifikaci celého designu v reálném čase a závěrem je zde uvedeno porovnání výsledků měření touto metodou a výsledků simulace.