This master's thesis is focused to create a module for management of settings of NLPIS system. The module will serve to make using of the NPLIS system easier, focusing especially on the session management improvements. The topic contains introduction of the issue, description of the NLPIS system and its technologies, as well as various solution drafts and final implementations including testing are covered in the thesis. The main focus is on improving user experience by simplifying the interface and hence making their work more effective.

The main goal of this master‘s thesis was to create software solution suitable for measuring and results processing of regularity rally races and to create supplementary web application. The measuring application was created using integrated development environment Microsoft Visual Studio 2015 and c# programming language. For application to work correctly, it was necessary to create a database model, using MySQL relational database management system. The measuring application can work both with local and remote database server. Web application allows user to see various data including results of racing events or tournaments, data are being fetched from the MySQL database. There was an option to explore existing circuit racing software Vola Timing Circuit – Pro for inspiration.

The objective of this thesis was to study the difficulties of Systems in the Internet's environment that are being used for analysis of Financial Market and on the basis of that to analyze, design, create and test these Information Systems. The main focus is primarily on monitoring of information in Financial Market and particularly on implementation of an interface for a customer and on a simple analysis of the gathered data. Furthermore this thesis describes and demonstrates the possibilities of current existing systems that are being used for analysis, gathering of financial data and automated trading in Financial Market, and also the possibilities of commonly used technologies in the Internet's environment: markup language HTML, database system MySQL and a scripting language PHP5, JavaScript and AJAX.

Aim of this thesis is to introduce questions about trading stocks on global stock exchange. It shows up basics ideas, which are necessary to understand the system of trading stocks, building a bussines strategy and its automatization by simple information technology techniques. In the following, there is a description of concept and implementation of business system for testing a trading strategy, which is based on historical market data analysis. The next part of this work is focused on the demonstration system and its expansion possibilities. Whole aplication is created by means of scripting language PHP and Javascript, markup language HTML, using the MySQL database system.

This text is documentation for multi-access system, which supports recoverable materials. It deals with structure possibilities according to functional system specification and its implementation through the PHP together with using MySQL database system. It analyses a progress of system creation from ER diagram through use-case diagram to programming itself. This work shows how to design web advertisement system which enables an user to define personal multi-level views on data. This project might have been as basis for commerce project, which can check up usability designed structure of individual parts.

This work is focused on building a content management system for municipal websites. It compares some proprietary and open source systems. Moreover, it aims to create a new content management sys­tem for little-municipal websites. The system is created with a use of PHP script language and MySQL database system. The final application runs on Apache and MySQL servers. This project allows the municipal units to create their own websites easily and quickly. They can define both the structure and the content of the pages. The project is designed to be multi-user. It puts great emphasis on the easiness of use and the blind-friendliness.

The aim of this work was to design and implement the application that is easily, quickly and effectively able to determine the position in the www search engines based on the given World Wide Web pages and theirs key words. The application is accessible by the web interface and it enables comparison of the position statements from the archives, comparison of the graph outputs, as well as sending of PDF format files containing regular results statements. Together with the position it is stored the number of references of particular word in the search engine. Furthermore, it is possible to display also the position changes compared with the former statements. As stated above, it is possible to store the outputs in the PDF format documents and therefore it is easy to shore the entire development in your personal computer, in case online system is insufficient.

This thesis deals with design and implementation of a web application to support interactive tuition in programming within the IZP - Course of Programming Essentials. It enables students submit their own solutions to a specific task and allows them to review some tasks completed by other students. Web pages are created with respect to maximum accessibility of their content and functionality. Their layout and controls are designed in such manner to make them accessible both by alternative browsers as well as by people with specific needs. The application design is created using the UML modelling language. The very application is implemented using the PHP script language together with theXHTML, cascade style sheets (CCS) and the MySQL database system. This thesis also focuses on implementation of the system on FIT websites and its utilisation by students.

This project proposes a new urban aquifer strategy that utilizes stormwater to create a cascading plaza and an improved 'great street' in Washington DC. A system of urban aquifers is developed beneath the surface of the street, perched atop the compacted, impermeable soils below. This set of aquifers prevents stormwater from entering the existing combined sewer and allows trees to draw water from this new groundwater source and develop expansive root systems. On the surface, stormwater flows through interconnected planters where it irrigates and is filtered by vegetation before infiltrating to recharge the aquifer. At Cascade Plaza, sloping topography intersects the aquifer, and the new groundwater seeps out of the plaza steps, turning them into a miniature cascade, by gravity and water pressure alone. It collects in a web of runnels, pools at the lowest point, and overflows in high water, mysteriously disappearing below ground again to fill an underground reservoir. In this unique ecological system, water flows both above and below ground to mitigate excess stormwater and make the street and plaza more beautiful. / Master of Landscape Architecture / This project proposes a new urban aquifer strategy that utilizes stormwater to create a cascading plaza and an improved ‘great street’ in Washington DC. A system of urban aquifers is developed beneath the surface of the street, perched atop the compacted, impermeable soils below. This set of aquifers prevents stormwater from entering the existing combined sewer and allows trees to draw water from this new groundwater source and develop expansive root systems. On the surface, stormwater flows through interconnected planters where it irrigates and is filtered by vegetation before infiltrating to recharge the aquifer. At Cascade Plaza, sloping topography intersects the aquifer, and the new groundwater seeps out of the plaza steps, turning them into a miniature cascade, by gravity and water pressure alone. It collects in a web of runnels, pools at the lowest point, and overflows in high water, mysteriously disappearing below ground again to fill an underground reservoir. In this unique ecological system, water flows both above and below ground to mitigate excess stormwater and make the street and plaza more beautiful.

In hope of lessening the inequal division between the amount of women and men studying and working in technical fields a project to create an inspirational platform has been initiated by the organisation Pepp. By the end of the first stage of the project a webpage has been created with frontend programming. This webpage contains several imaginary person portraits of imaginary individuals studying or working in technical fields. JavaScript filter functions have been created in order to filter between these individuals. All the necessary data for the portraits are collected in a database in form of an array in JavaScript. User tests were conducted where seven separate subjects were allowed to test the finished person portrait webpage. In the future the website will be improved and expanded with several webpages. Portraits of real individuals will also be collected and replace the imaginary individuals on the webpage.