The purpose of this thesis is to present the main features of mediation with cross-border element, especially the most important aspects of relevant regulation in light of EU Mediation Directive 2008/52/EC ("Directive") and No. 202/2012 Coll. Act on Mediation and Change of Some Laws ("Mediation Act"). The thesis is composed of four chapters. The first chapter's purpose is to define the main principle of mediation and its position within ADR system. The second chapter deals with principal questions of the relation between mediation and international private law. The third chapter discusses cardinal aspects of mediation according Directive, its reflection within national regulation, i.e. within Mediation Act and subsequent comparison with regulation of selected member states. For the purpose of the comparison mentioned above, I use quotations from corresponding laws of particular member states in English translation. The fourth chapter deals with the position and role of mediation within the area of international dispute resolution as well as a look at newly adopted ICC Mediation Rules.

The work drala with the theoretical design bio-centers, the composition of vegetation in it and machanization means with which it could be bulit bio-center. The theoretical part contains the characteristics of concepts, the characteristics for which the proposed bio-center and track stands. The practical part contains procedures for setting up bio-centers, design of machinery and design of care of forests based on bio-centers.

In my thesis, I focused on the issue of the critical infrastructure (CI), the Czech Republic was obliged to implement in its legislation by the January 12, 2011. This was performed by amending the crisis law. The thesis describes generally the critical infrastructure, its history and development in the conditions of the Czech Republic as well as the European Union, the basic legal regulations and it also characterizes the concepts associated with this issue. In the scope of the research I focused on comparing the fields of CI, changes in criteria and principles of determining CI elements and influence of these changes on the number of the subjects of critical infrastructure in the South Bohemian Region. As it turned out during the elaboration, it is not simple to find out the newly established numbers of CI subjects.

This master´s thesis deals an active elements called digitally controlled current amplifier, multiple-output current follower and its usage in frequency filters. These frequency filters operate in a pure current mode. In the first part of this work are presented the different types of current active elements. Multiple-output current follower, digitally controlled current amplifier (MO-CF, DCCA). In the second part of this work are introduced particular methods of design tunable frequency filters. Special attention is given to using the design method of via autonomous circuits because it is one of the most. In the last part of this thesis are designed and computer-simulated individual multifunction tunable frequency filters with those already active yet elements. These filters were designed via autonomous circuits or modification of existing circuits. The functionality of the proposed filtres have been verified by computer simulation. Snap3 program was used for the symbolic analyse of circuit and OrCad PSpice program was used to simulate the characteristics of multifunction filters.

The master thesis first deals with definition of business contractual relationship (sources, formation, freedom of contract) and indicates ways of resolving disputes arising from it within the Czech legal code. Through defining the concept of cross-border element the master thesis attains on how to resolve business disputes over contractual obligations at the EU level. Core topic of thesis deals with jurisdiction in commercial matters, the law applicable to contractual obligations, alternative dispute resolution as well as the recognition and enforcement of judgements or of different rulings. The last part of the thesis deals with a practical procedure which shows how to resolve dispute between domestic businessman and foreign businessman via legal proceedings.

This thesis has been prepared as an architectural study. The subject of solved draft is expansion of Olomouc Museum of Art and the new building of the Central European Forum Olomouc SEFO. In the current building of the museum only street part and middle wing of first floor were significantly changed. In the space of a former cinema was placed the Music Theatre. The extension of street is part of the newly designed building SEFO. New public space is above the underground part of the building. This public space covers upper part of the building, which contain new exhibition spaces for museum. Open street part of new building is the main concept of the design.

The study deals with a proposal to deal with an area of 27 hectares in the city of Brno - Center. The premises of the former military warehouses on a plot between the streets of Veveří, Pekárenská, Kounicova and Sokolská. At present there are used by supermarket, other buildings deteriorate and are intended for demolition. At the southern corner of the parcel is located on the street Veveří tram stop. From here you can easily walk through the plot in Kounicova street, but the current state of the environment at the site of the area devalues the experience of being in such a space and aesthetics due to the surrounding historic buildings. The dominant element on the corner of the parcel is a protected sycamore. The proposed structure is suited to the current understanding of the world. Combines resources for intensive way of life with the necessary convalescence and his need for space with greenery, calm and light. The concept uses a nautical elements inserted into the context of the Czech Republic and simultaneously builds on Brno functionalism.

This Master's thesis deals with pseudo-differential frequency higher order filters working in voltage mode. The thesis deals with the description of frequency filters, their types and applications. Follows an analysis of differential and pseudo-differential transmissions. Next part contains a description of used active elements (conveyors) at thesis (CCII, DVCC, DDCC, UCC). In the last part the thesis is devoted to the own design of the pseudo-differential filter. Design functionality is verified by experimental simulation.

This master’s thesis is bent on comparison of four newest method of analog frequency filter design. After the introductory part, a description of properties and internal structure of active elements (Second-Generation Current Conveyor), VG-CCII (Variable Gain Current Conveyor), VCG-CCII (Voltage and current gained second generation current conveyor) a CFTA (Current Follower Transconductance Amplifier) is mentioned. This active elements are used in subsequent design. At the next part, process of frequency filters design by generalized method of filter design flowing from the full admittance network, by extending autonomous circuits, design using the signal flow graphs theory and design with synthetic high-order elements are presented. Thirty nine autonomous circuits are derived from full admittance networks with one and two active elements CFTA. Selected autonomous circuits are used for direct design of frequency filter and for filter design by extending autonomous circuits. Produced structures guarantee the possibility of controlling the quality factor Q0 independently of the characteristic frequency f0. Three frequency filters are designed by method using the signal flow graph theory. Active elements CFTA, VG-CCI and VCG-CCII are used. Full multifunctional frequency filter with conveyors VG-CCII and VCG-CCII guarantee the possibility of controlling the quality factor Q0 and the characteristic frequency f0 independently of the each other. In last part, from 2nd to 5th order low-pass filters by the method using synthetic high-order elements are designed. The behaviour of the selected filters has been verified by simulations in the PSpice program for all of the mentioned methods separately.

This master´s thesis deals an active elements called digitally controlled current amplifier, multiple-output current follower and its usage in tunable frequency filters. These tunable frequency filters operate in a pure current mode. In the first part of this work are presented the different types of current active elements. Universal current conveyor, multiple-output current follower, digitally controlled current amplifier (UCC, MO-CF, DCCA). In the second part of this work are introduced particular methods of design tunable frequency filters. Special attention is given to using the design method of via autonomous circuits because it is one of the most. In the last part of this thesis are designed and computer-simulated individual multifunction tunable frequency filters with those already active yet elements. These filters were designed via autonomous circuits or modification of existing circuits. The functionality of the proposed filtres have been verified by computer simulation. Snap3 program was used for the symbolic analyse of circuit and OrCad PSpice program was used to simulate the characteristics of multifunction filters.