This work deals with communicating issues in public space from citizens to municipalities. The main objective is the creation of a system for reporting those issues using smartphone. The first chapter contains the analysis of existing foreign and domestic projects focused on issues mapping. The second chapter focuses on analysis and design of a new system. The third chapter discuses variants of technologies available for each part of the system. The fourth chapter describes choice of technologies and development of individual parts of the system.

The first part of the thesis is about web applications, MVC architecture and web frameworks. Their role in application development is discussed and the advantages and disadvantages of their use are outlined. In the following part, the Symfony web framework 3.4 is discussed further. Specifically, this section develops its core components and functionality that it uses (structure, configuration files, controllers, entities, templates, models, security, etc.) The second part of the thesis is dedicated to the development of economic-legal information system EPIS Online, which was created by Symfony 3.4. Its three modules (security and user license structure, legislation and payment gateway) are described further. The specific processes in the system, actions of controllers, templates, services and many other components are explained in this part.

The thesis deals with analysis, design, implementation, testing and documentation of a web application. The purpose of the application is to make a theses management easier. An introductory part of the thesis contains summary of insufficient existing applications which were mostly created within theses of VŠE. Subsequently there are analyzed functional and non-functional system requirements in the thesis. Analysis of corporate applications, which may to help improve theses management, is included in the part too. Based on the analysis, it was decided, that it is necessary to develop a new system. For this reason, there is analysis and design of the system as a next part of the thesis. A user's guide and a programmer's guide are integral to the thesis because these parts describe the ways of utilization of application.

This thesis discusses the design of API interface for applications for IT STUDIO s.r.o. and of the e-commerce calendar, using the API. In the introduction, there is described the system of the World Wide Web and its most important parts, including the possible protocols for implementing interfaces. The next part deals with the specifcation, analysis, interface design and application design. The implementation section describes used libraries and chosen solutions, including the description of possible alternatives.

This dissertation is concerned with design and elaboration of MySQL database using PHP5 programming language. Goal of this work is customer support IS. To achieve it's goal uses Symfony PHP framework. E-R diagrams, dataflow diagrams as well as processes for each role are presented for this information system. Dissertation is also concerned with entities life cycles. Whole work results in the working information system, which contains administration and user frontend.

Användningen av PHP-ramverk baserade på arkitekturmönster MVC är mycket populära inom webbutveckling tack vare att de tillhandahåller sätt att återanvända funktionalitet och logik samt en tydlig struktur. Valet av ramverk är dock inte alltid lätt och det finns många olika variabler att överväg, en väldigt viktig variabel för många utvecklare och användare är svarstider. Genom att mäta svarstider på både klient- och serversidan kommer denna studie att undersöka vilket av de två ramverken Symfony, med sin template engine Twig, och CodeIgniter, utan en template engine, som har lägst svarstider vid hämtning och rendering av data. Båda ramverken har använts för att skapa var sin webbapplikation med samma funktionalitet och därefter har ett empiriskt experiment genomförts genom olika typer av sökningar efter data baserat på ett esport-dataset. Resultatet visar på att CodeIgniter har kortare svarstider än Symfony vid både hämtning och rendering av data oavsett mängden data. I framtiden kan det vara värdefullt att undersöka hur mängden data relaterar till svarstider för Symfony och CodeIgniter vid större mängder data.

Task of this master thesis is to create system for support of automated testing and deploying of server applications according to requirements defined by company AVG. The main target is create system for deploying and testing that automatically or manually test the server application in the cloud environment with ability of final deployment to the production environment with overall progress monitoring. Automated testing and deploying system has been split to the two parts. The first part is user interface that allows adding new applications, testing applications and deploying applications to its production environment. The second part represents the REST service which process testing and deploying tasks and  store progress to database. System was tested with sample server's applications in Amazon Web Services cloud environment. Thesis describes general testing principles cross multiple areas. Also it contains general architecture withing diagrams, which shows use cases. At the end of thesis is described testing of samples application together with results.

This diploma thesis focuses on design of the web application for project management. The final product is more process-oriented compared to most of other widely spread project management tools. It builds on the visual representation of tasks' progress. One of the main features is its simplicity and user friendliness as it also aims at the users who are not willing to invest their time to discover more complex applications but are willing to use some project management tool. The application is developped in the Symfony framework.

This diploma thesis covers the design and implementation of changes and extension modules of a chosen information system, used in JUDr. Ján Bartánus's attorney office in Ružomberok. The system, implemented as a web application based on the Symfony framework, is dedicated to the simplyfing, monitoring and organization of the work processes in a generic attorney office located in the Slovak Republic. For the purposes of a correct design, the thesis contains an analysis of the current state of the given attorney office, the environment in which it operates, its information system and existing solutions. Tools that were used to conduct the analysis were the SLEPT method, Porter's five forces, model 7S and SWOT matrix. Based on the results of the analyses, a change of the system has been designed, which entails an upgrade of the system, its user interface, integration of the register of companies of Slovak Republic and an extension module intended for the financial valuation of work performed by an attorney. The application has been developed utilizing the PHP and JavaScript programming language. The valuation module integrates the Google Maps API. The stability and speed of the system were tested by functional tests and profiling of the duration of HTTP requests. The main contribution of this thesis is the design and implementation of an extension of the information system, which can be used in any arbitrary attorney office situated in the Slovak Republic, and its practical application in the chosen company. This thesis builds on a previous thesis dedicated to the design and implementation of the information system, which is being extended in this diploma thesis.

This thesis suggests implementation of human resources management system to manage project portfolio in small organizations. Main gist is implementation and demonstration of the system, that is able to assign human resources to planned projects. The thesis also provides basic theory of projects and human resources management in projects. Based on this theory the system is analysed, designed and implemented.