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.

This master thesis deals with the use of gestures in user interfaces. The goal of this thesis is to create library for hand tracking and gesture recognition in real time. For hand tracking was choosen algorithm Flock of Features. Classification of gestures is done by using algorithm DTW. This thesis also contains stage design, design and implementation of a system that uses this library. Within the tests was tested control of various application using this library.

This thesis falls into a field of user interface design. It focuses on tangible user interfaces which utilize a camera and projector to augment physical objects with a digital information. It also includes description of calibration of those devices. The primary object of this thesis is the implementation of an augmented user interface for application windows management. The system consists of a stationary camera, overhead projector and movable tangible objects - boards. The boards are equipped with fiducial markers, in order to be tracked in a camera image. The projector displays the conventional desktop onto the table and the tangible objects. For example, application windows can be projected onto some boards, while the windows move and rotate simultaneously with the boards.

This master's thesis deals with design and developement of simple dictation system. It explains methods used for speech recognition and describes existing systems. Design of the system is focused primarily to create graphic user interface with large emphasis on user friendliness.

This thesis deals with modeling dynamics of printing machine, made by SOMA Engineering, in toolbox SimScape of simulation program Simulink/Matlab. There are descibed properties, progress, important principles and laws of modeling in this toolbox. The first part is focused on creating models, which consist as mechanical as eletrical and control parts. In the second part is explained how to create user interface to control models and creating standalone application, executable without installation of Matlab or Simulink. In last part is explained principle of identification parameters of material from the measured data, using an optimalization algorithm Nelder-Mead. Created models and identification algorithm are controlled via user interface.

This project deals with general biometrics issues focusing on fingerprint biometrics, with description of dermal papillae and principles of fingerprint sensors. Next this work deals with fingerprint liveness detection issues, including description of methods of detection. Next this work describes chosen features for own detection, used database of fingerprints and own algorithm for image pre-processing. Furthermore neural network classifier for liveness detection with chosen features is decribed followed by statistic evaluation of the chosen features and detection results as well as description of the created graphical user interface.

This master's thesis deals with development of dictionary application for devices with Android operating system. The application provides examples in form of sentences, which can help users decide what translation variant is the right for them. This application is created as alternative for web service benimsozluk.com and there is cooperation between them. This thesis describes theoretical knowledge related to Android and development of this application. Parts of this thesis are dedicated to design as well as implementation of the application. The reader is introduced to testing conclusions. Testing was done for improving the application as well as for making an assessment of the application final state. In the final part potential future development of the application is drafted.

This thesis is a documentation covering complete design process of a web server for reviewing Work and Travel programs and other opportunities for working and travelling abroad, mainly focused on young people. It describes not only the concept of the user interface and application implementation, but also a business plan for running the website and making it pro table. This project called GapPacker is intended as a start-up, aggregating various programs and articles from the world of Work and Travel and its main income will come from paid clicks through to registrations or websites of providers o ering the programs. After its introduction on the Czech market, it has ambitions to expand to other European markets.

The thesis brings a project and an implementation of an interactive board game. The implementation can be divided into a detection part and a projection part. Detection, realized by an infra-red camera, serves as a means for recording players' responses. The players interact with the game through simple hand gestures. Projection screens a game plan, which includes the players' figures, on the table with the help of a data projector. The game chosen for projection is a role-playing game Dungeons & Dragons.

This thesis explores various ways of controlling computer in virtual reality. The aim of this thesis is to create a user interface which would allow the user to control computer in virtual reality. First it explores the possibilities of detecting users actions using sensors and its usability for controls and various interaction techniques in virtual reality. Based on the information gathered about the described topics it focuses on various ways of interactions using hands as controllers. This thesis tackles the issue of selecting and manipulating virtual objects. It introduces the design of three interaction techniques, which are then tested and evaluated.