The aim of this thesis is the analysis of selected frameworks for the development of modern web applications on the Java platform focusing on the front-end. The work is complemented by well-chosen source code examples that help the reader to create one's own view of the frameworks and it can also server as a tutorial. Introductory section focuses on the trends of modern web applications, especially on the front-end. It affects themes such as support for mobile devices, AJAX or responsive design of user interface. There are also introduced the latest technology on the front-end including HTML5, CSS3, jQuery library and dynamic language LESS whose main objective is the simplification, shortening and making cascading style sheets more dynamic. The output of this section: General LESS template is freely available and it can be applied to emerging projects. For the analysis there has been created static registration form on which there are applied frameworks Apache Wicket and Spring MVC with template engine Freemarker. In terms of analysis were chosen following points: the basic structure of the project, the application of static templates, external JavaScript / jQuery library, internalization, application of the form, submitting the form and validation of the input fields. The points were discussed in detail, especially in terms of implementation of both analysed frameworks. The outputs of the analysis are freely available structures of the projects and both of the resulting applications.

Currently, on the Internet we can see most of the time clasic website that offer multimedia content to users in the form of texts, pictures and videos or favorite e-shops to enable the purchase of various goods from the comfort of home. More and more we can see website sites, or applications that provide the user with a specific service. This thesis describes a new modern approaches for creating web sites and applications using the latest version of the markup language HTML, which is HTML5. The work is primarily intended for Web developers and encoders, which should provide an overview and basic information in the field of web applications. The acquired knowledge would be to simplify and streamline the work and especially to save time, which can undo web users in the form of new features. The result of their work can be faster, more comfortable user web application (website) that fully exploit potential of web browsers.

The text of the thesis deals with the purchase of public transport fares in terms of user- friendliness and usability. The aim is to map the area of fare purchase theoretically and practically, including the user perspective. The theoretical ground is the concepts of User Experience, User Interface, Human-computer Interaction, smart city, the theory of the city as an interface. Important parts are also the theoretical aspects of the User Experience in the city environment. Literature review of current research in public transport ticketing systems with user-friendliness perspective presents current topics in the field of public transport ticketing. The practical part of the thesis describes the public transport ticketing systems in Prague and Copenhagen in detail, their possibilities, rules, and specifics. Primary research in the form of semi-structured interviews provides insight into the User Experience and reveals the perceived advantages and disadvantages of local systems.

The work is about the estimation of vocal pulses from the speech record. Contains a description of the process of speech production, description of the instruments for the measurement of vocal pulses, an overview of software tools for estimating vocal pulses from the speech signal. Description of IAIF and Sahoo method for estimating vocal pulses. The Graphic User Interface in MATLAB is created for easier control of mentioned methods.

Diplomová práce se zabývá problematikou návrhu vysokoúrovňového jazyka pro popis grafického uživatelského rozhraní. Teoretická část rozebírá současné technologie uživatelských rozhraní zejména pro stanovení požadavků na nový jazyk. Z těchto poznatků násladně jsou shrnuty zásadní požadavky, které se nutně musí zakomponovat při návrhu samotného jazyka. Jsou zde zmíněny i požadavky z pohledu osob se specifickými vzdělávacími potřebami dle tzv. návrhových principů \textit{počítačové terapie}. Následně práce dle analyzovaných požadavků navrhuje jazyk pro vysokoúrovňový popis uživatelského rozraní. Součástí návrhu jazyka je také popis algoritmu pro kompozici jednotlivých komponent definovaných v jazyce do výsledného uživatelského prostředí. Navržený jazyk je implementován v programovacím jazyce C\#. Implementace je demonstrována na reprezentativních příkladech. Nakonec se práce věnuje dalším možným rozšířením jazyka.

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.

Master‘s thesis covers use of graphical user interface in audio plug-ins. In first part structure and rendering techniques of audio plug-ins graphical libraries are described. Their efficiency and their way of memory utilization is questioned. Next part puts these techniques in comparison with the state of the art methods used in computer graphics and gaming industry. Their possible use in audio graphical interafaces is analyzed. In the following part, thesis finds solutions to uneffective methods in frequently used situations by presenting deferred shading into audio parameter editor with the goal of photorealistic rendering. Second introduced technique of „Knob Normal Maps“ reduces number of images needed for rendering of turning knob from hundereds to six with comparable results. Goal of diploma thesis was to create graphical library. Graphical library with name RealBox was created, and introduced techniques are the core features. Library reduces work needed to achieve graphical user interfaces for 2D and 3D cases of use. Full class and method documentation for RealBox library was assembled. Library was tested during creation of three VST plugins, with different approaches and emphasis on quick work and fine rendering. Graphical library offers new, faster way of creating audio plug-in interfaces.

The aim of this diploma thesis is to implement a robotic air hockey table in cooperation with the work of Dominik Jašek [37] . Specifically, the work deals with the implementation of simulation software that models behavior of robotic air hockey table, designing a game strategy for the robot and detecting position of a puck situated on the playing field. In addition, the work was extended by integrating said software modules under one control application and creating a user interface for controlling and managing all the functionalities of the robotic table through a capacitive touch screen.

This thesis is analysing the historical evolution of flight instruments and aims at the design of a new, enhanced cockpit that includes basic flight instruments supplemented by data from selected aircraft subsystems. The design is based on currently available electronic instruments, known as EFIS, presently used onboard Boeing 737-800 cockpit. The proposed design aims at improvements to graphic style of EFIS, and accomodation of new data into newly designed displays. As a result of this effort, a set of design concepts is created. Those are then implemented as fully functional set of displays using custom made user interface system design tool.

The aim of this thesis is to create a mobile application for Android, which allows users to create high-quality photos of planar objects. User can create multiple photographs of a selected planar object. These photographs are then aligned and combined into one final image. Various shortcomings that can be present in the photographs are filtered.