The content of this diploma thesis is an urban study with the architectural details of the former Bata Industrial Park in Partizánske, and a particular conversion program for the building. My goal was to find a suitable concept for converting building no. 61 with respect to the city, to the people living in it, and to reintegrate into the life of a building that is empty today, unused and dilapidated. The goal was not to forcefully fill the functions of the building, but in successive steps and phases to find a solution how to reuse the building and to point to the factory as a element of the city's foundation and also to highlight the unique architecture of the Baťa period.

The diploma project proposes a concept for the future development of the housing estate Vinohrady. More than the development itself, it offers a new perspective on the use of space of the estates. It proposes means of achieving the recognition of hierarchy of the spaces. These spaces shall range in the scale of public, semi-public, semi-private, and private spaces. The goal is to adapt the spaces of the housing estate so that they behave and function like the spaces of the so-called traditional town, where the movement of visitors and users is intuitive. The space hierarchy itself suggest how to navigate in the urban environment. The housing estates should not be perceived in a negative way, but rather to be perceived as they are right now in the present, without being attributed unflattering epithets or connotations associated with the term of the previous regime, when most of these estates were built. In contrast, I want to emphasize the potential of good housing for the future generations, that can be achieved with minimal effort and interventions, which should have the effect on and support the sustainability of our environment, and thus also the urban environment. From the point of view of saving energy and materials, it is preferable to work and use what is already given, rather than unnecessarily create new suburban colonies or encourage the creation of new sub-urban areas, where in a deliberate manner people take up new grounds for construction. The housing estates can become a good place with its own genius loci and specific image.

Táto diplomová práca sa zaoberá návrhom a implementáciou algoritmu pre spracovaniu signálu z radaru využívajúceho frekvenčne modulovanú kontinuálnu vlnu. Cieľom je implementácia algoritmu, ktorý by bol dostatočne rýchly (výpočet v reálnom čase na cieľovej platforme) a dostatočne presný pre použitie v rádiovýškomere v ľahkom lietadle so zameraním na použitie počas pristávacieho manévru. Hlavnou metódou spracovania signálu, použitou v implementácii, je Diskrétna Fourierova transformácia. Vytvorený algoritmus bol otestovaný na reálnych letových dátach a pre pristávací manéver dosiahol uspokojivé výsledky.

The diploma thesis focuses on the study of product innovation in a selected Czech company operating on foreign markets. It gradually analyses innovation in the different areas that affect it. The thesis contains an analysis of external and internal factors influencing this product innovation. In the last part of the thesis, there is a proposal for further progress in development and improvement of innovation.

The diploma thesis is focused on process stability and capability assessment. It describes certain types of control charts, basic capability indices as well as Box-Cox transformation. The practical part of the study is concerned with applying control charts on generated data and consequently on real data. By this, it focuses on comparing various methods of estimating sample standard deviation and on the impact of non-compliance with the assumption of normal distribution of process variable on process stability and capability assessment.

Diplomová práca pojednáva o skalárnej teórii difrakcie a zavádza dôležité riešenie vlnovej rovnice a to elipticky symetrický Gaussov zväzok. V praktickej časti bude popísané modelovanie difrakcie na kruhovom otvore dvoma rôznymi prístupmi. Model bude experimentálne overený experimentom. V záverečnej časti bude kriticky pojednané o výsledkoch experimentu a simulácie.

This labor treats the problem of dielectric relaxation spectroscopy in time domain, measurement of the absorption characteristics and their conversion to the frequency domain by creating a frequency depends of loss factor. Paper reports an overview of the most common mathematical transformation and approximation, which are used for this conversion and they also compare some of them. Mathematical methods used in this paper are Fourier transformation and Hamon approximation. Measured dielectric insulation is slot insulation type Isonom NKN 2039 and Isonom NMN 0967.

The aim of this thesis is to design an algorithm for an automatic track counting of an image of etched track detector made of CR-39 polymer. Tracks are produced by alpha particles. Chemically etched detector is imaged using a microscope resulting in 64 images of segments on the surface of the detector. Circle shaped tracks in the images have to be detected and counted. This thesis evaluates the utilization of circle hough transform for circle detection. The final software should automate a detector track counting and should also account for defects in the image and contamination of detector surface. The software will produce a measurement report with a total track count in each segment.

The main goal of this work is to design and to implement a mobile application for drums training. The application must be capable of displaying drum notation of different grooves from various music styles, playing audio examples of those grooves and also analyze and evaluate drumming skills of drummers. The main method for audio processing is discrete wavelet transform. Results show true value rate above 96%.

This diploma thesis deals with 3D reconstruction of objects using image analysis methods. The work includes mathematical theory associated with this problem, a procedure for creating 2D sharp images and 3D reconstruction itself. The outputs are 2D sharp images, 3D models, stl models. Different kinds of data are analyzed.