The diploma thesis investigates issues of releasing a product on the market. It deals with its general safety and indicates its position in the area of intellectual property law. The main goal of the thesis is to offer a complex review of a means and ways of various products protection while they are being released on a consumer market by individual entrepreneuers with respect to different legal systems. One of the minor goal will discover the difficulty of product release on the market and will define in terms of legislation what each step includes and means for companies. The reader should understand the complexity of international law in the area of intellectual property law. The first chapter follows the prologue part and provide more information about the importance of product legal protection. The second chapter will enlighten complexity and difficulty of the term intellectual property itself. The third chapter is devoted to an analysis of international legal norms with respect to general legislation - international binding contracts and agreements. The fourth chapter is focused at term of trademark. The czech and european legislation will be compared. The fifth chapter describes computer legal protection and license contract. Again we will look into this issue from perspective of czech and european legislation. The sixth chapter will show the proper way of legal protection of actual american products.

The submitted master thesis deals with finding the right combination of models describing the cladding behavior implemented in the FEMAXI-6 computational code and then comparing it with the benchmark Zaporoshye, Novovoronezh and the modified FERMAXI 6 program with implemented models describing the E110 behavior used for VVER-type reactor fuel rods. Initially, there is a description of the FEMAXI-6 nuclear fuel analysis program including its structure, calculation mechanics and input file description. Furthermore, the work presents the benchmarks used to evaluate individual combinations of fuel models. An important part is the description of the PIE measurement, including measurement uncertainty, which can affect the results of the work. The next chapter contains a description of what affects fuel behavior during irradiation, which can be mathematically expressed and modeled. The following chapter describes the material equations defining the E110 alloy used as cladding of the fuel rods and which were subsequently implemented into the FEMAXI-6 computing program. The last chapter is devoted to the description of the results with appropriate comments.

This Diploma thesis deals with Turbo code problems. The Turbo codes belong to the group of error correction codes, sometimes referred to as forward error correcting (FEC) codes or channel codes. This thesis can be thematically divided into two basic parts. The first part describes turbo code encoder and decoder block diagram with the illustration of two most frequently used iterative decoding algorithms (SOVA and MAP). The end of this part contains best known turbo codes, which are used in present communication systems. The second part pursues simulation results for the turbo codes using Binary Phase Shift Keying (BPSK) over Additive White Gaussian Noise (AWGN) channels. These simulations were created in the MATLAB/SIMULINK computer program. It will be shown here, that there exist many different parameters, greatly affecting turbo codes performance. Some of these parameters are: number of decoding iterations used, the input data frame length, generating polynoms and RSC encoders constraint lengths, properly designed interleaving block, decoding algorithm used, etc.

This work deals with using modern active functional blocks in electronic circuits. These blocks have better features than classical operational amplifiers and are characterized especially by working in current mode. Therefore these blocks can be used in higher frequencies. Using those blocks it is possible to design e.g. electronically variable-frequency filters of types low-pass filter, high-pass filter, band-pass filter, etc. Then it is also possible to easily realize electronically variable-frequency oscillators. This work is focused on some of these blocks, their basic characteristics and principles. Also three oscillators with current conveyors of second generation are designed. Its made simulation, sensitivity and tolerance analysis and magnitude stabilization. Everything is performed in OrCAD PSpice program. These made oscillators are electronic tunable in the band frequency ones of MHz.

Master’s thesis deals with issues of personal management in multinational companies, evaluation of company’s strategy success rate, management and international manager’s performance assessment. Furthermore, investments into manager’s development are evaluated and cultural standards of Czech rep. and France are compared. Based on research, suggestions, which might be useful for future development of company and its managers, are listed in the final part of the thesis.

The thesis deals with school educational programs of institutions which organize free time activities for children and youth in Pilsen and in Blovice. The first part characterises school educational programs, free time education or institutions which organize free time activities.The beginning of this first part deals with law of free time education in school system, forms of free time education and then it deals with process of making the school educational programs, their content and structure. In practical part there is a specification of selected institutions which organize free time in which the research was done. There are the research characteristics, questions and methods of the research. Next part analyses and compares school educational programs in selected organizations which work with free time activities for children and teenagers. The aim of the practical part is to compare information which is written in school educational programs and assess the quality and quantity of detected data. At the end there are results of this research and résumé.

This theses aims to find ways how to expand cultural and historical awareness of the young generation. It is inspired by a longterm program of the National Heritage Institute, Regional Center in České Budějovice, which is called "Let's play and study with sights." The theses follows the main ideas of this project and an educational proposal is created, which is supposed to introduce religious monuments in the city as well as try to point out the fact that these sites have been more or less transformed in the interior and some of them have undergone a change in its original purpose over decades or centuries. The theses also introduces the former holy of holies where an educational process was taking place in the 19th century. Descriptive research is developed into an educational program where presentation and comparison with other sacred objects is offered. An attempt to discover a tangible symbol of transcendence, and take photos of it, was chosen to be the activation element. Regarding the complexity of issues, this theses is meant for the final grades of primary schools and at the same level for the grades of grammar schools, it can also be used for lower grades of fouryear grammar schools and secondary schools. Its content should extend the lessons of history, art, aesthetics, and is also applicable as an extracurricular activity. It represents an educational proposal using the objectbased learning along with a continuous dialogue.

This Master’s thesis deals with performance and disassembly possibilities of financing of panel and flat building’s reconstruction. The thesis focuses mainly on the financing through grant from the PANEL. The specific example demonstrates the analysis and subsequent selection the most appropriate method of financing the general revitalization.

This diploma thesis deals with the subject of slenderness bars’ stability assessment, especially in the steel structures. Before the assessment of bars in the frame constructions, we search for the influence of the computational model’s settings on the final result. The initial geometrical imperfections are examined on the model of Euler’s bar. The influence of the rigidity of girders on the poles’ buckling length is examined on the basic frame construction. The buckling lengths are assessed in the comparison with the figures we got from the statistical tables and the computational software. The influence of construction’s initial tilt and its replacement by the system of outer forces is examined on the frame structure. Three-hinged frame structure with variable cross-section member is designed then and the influence of non-linear calculations on the inner forces is studied. In the complex frame assessment, the influence of the number of parts of variable cross-section member on the bars’ buckling length is examined.

This master’s thesis is dealing with possibilities of measurement of inductance by using of accurate capacitance bridge AH 2500E. In metrology there are no appropriate devices available for accurate measurement of inductance. It can be realized by four methods. The newest one is based on T elements, it is not used for this purpose yet and it is practically investigated in CMI Brno. For its introduction to practice it is neccessary to complete computer simulations and analysis of influences affecting measurement. It is also inevitable to examine repeatability of measurement, define methodology of measurement and potential corrections of measured values.