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Subdivision Surfaces
Otočka, Dávid ; Španěl, Michal (referee) ; Sumec, Stanislav (advisor)
The object of my bachelor work was to create a library, that will realise the technique of Subdivision Surfaces and demonstrate the functionality of the library on different examples. The library as well as the program is written by using C++ language, for window creation is used WinAPI and for work with the graphics OpenGL. There are three implemented algorithms and those are Butterfly, Loop and Catmull-Clark. For demonstration are used few basic objects, that are implemented directly in the library.
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Fingerprints Generator
Chaloupka, Radek ; Orság, Filip (referee) ; Drahanský, Martin (advisor)
Algorithms for fingerprints recognition are already known for long time and there is also an effort for their best optimization. This master's thesis is dealing with an opposite approach, where the fingerprints are not being recognized, but are generated on the minutiae position basis. Such algorithm is then free of the minutiae detection from image and enhancements of fingerprints. Results of this work are the synthetic images generated according to few given parameters, especially minutiae.
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Evolution of link layer loop prevention protocols
Březina, Jiří ; Frolka, Jakub (referee) ; Slavíček, Karel (advisor)
This bachelor thesis deals with the possibility of eliminating and creation loops on theData Link layer of the OSI model. At first, it was necessary to determine what arethe loops and how they are formed. Then the solution of the problem with loops waspresented as the Spanning Tree protocol, where did the protocol come from, protocoloperation, his advantages and disadvantages. In next section were discussed other vari-ants of original STP, as well as his alternatives, like for example the TRILL or the SPBprotocol. The practical part of this work is based on the theoretical and shows howSpanning Tree protocols work in practice on real devices. This part is mainly focusedto testing the speed of convergence each of protocols and also their extensions. In theend is mentioned a laboratory task, which is part of the appendices and forms the mainbenefit of the whole thesis, because future students at school subject “network architec-ture” can try to configure protocols that was mentioned above and better understandhow these protocols work.
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The Shortest Graph's Pahts Finding
Jágr, Petr ; Ohlídal, Miloš (referee) ; Jaroš, Jiří (advisor)
The aim of this thesis is finding, comparing and implementation of algorithms for finding the shortest paths between each of pairs of nodes in a graph. For this task I use modifications of existing algorithms to achive the lowest time consumption of the computation. Modifications are established on Dijkstra's and Floyd-Warshall's algorithm. We also familiarize with Bellman-Ford algorithm.
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AutoRapper - Automatic Alignment of Speech with a Rhythm
Poliak, Sebastián ; Glembek, Ondřej (referee) ; Černocký, Jan (advisor)
Tato práce popisuje návrh a implementaci aplikace, která automaticky převádí vstupní řeč na rap. Tento proces je založen na zarovnání řeči s rytmem, které je dosaženo pomocí rozpoznávání fonémù, slabikování a časové modifikáce řeči. Další funkce, jako je hudební podklad a vokální efekt jsou přidány za účelem přiblížení se ke skutečnému rapu. Výsledná aplikace je dostupná jako webová služba pro uživatele.
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Fingerprint biometry
Smékal, Ondřej ; Drahanský, Martin (referee) ; Fedra, Petr (advisor)
Algorithms designed for identification and verification persons by fingerprints recognition are spread and used as in forensics aplications as in private sector for a long time. The aim of this thesis is to make us aquainted with various aplicated mathematic models of fingerprint processing in digital way. Second task is the presentation algorithmic solution of chosen subject identification procedure by force of Fingerprint matching. Algorithm is solid in the development environment platform Matlab.
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New scene of the Beseda House in Vyškov - neoplasm in a historical setting
Skrušný, Petr ; Plášil, Jiří (referee) ; Boháč, Ivo (advisor)
The plot is located in the very center of the town of Vyskov, in the perfect connection of the main pedestrian hub on Masaryk Square. This is an extension of the loose gap following the shield facade of the existing house of the house. The orientation of the parcel is northeast. The plot is located on the pedestrian passage through the main square, where I create a park with a paved area. The new building is adjacent to the parish church of the Assumption of the Virgin Mary, a baroque chateau and an object of the shopping center. The proposed object stops the vacant loop with the slate wall of the existing beseda house, creating the corner between Kostelní street and the pedestrian corridor from Masaryk square. The building itself has 5 above-ground floors, with terraced ramps to the raised corners of the building with the possibility of using roofs. The building is a structural reinforced concrete skeleton with monolithic beams and stiffening cores. The façade is a double-ventilated solution with internal glazing and an outer sheath made of stone, semi-transparent blocks mounted on metal frames. The construction is based on a base plate with feet under the support pillars. To prevent the foundations of the existing house of the house from being interrupted, the pillars of the pillars are separated by two meters from the house and the individual boards are monolithically insulated. The construction height of the floor is 4.5 m. 4 m clearance height 0.5 m floor composition for keeping the floors connected and connecting the old building with the new building. In the connecting part of the existing building there is a reconstruction and modernization. The connection of both objects is by means of a rubber expansion joint. The technical background of the building is located at the site of the building. The heating of buildings is solved by means of an air heat pump located on the roof with both air heating and cooling function. As an additional heating system there is an electric underfloor heating, which is a suitable solution due to the location of the photovoltaic power plant on the roof. The air exchange is solved by means of recuperation. The outlets are led by a shaft into individual floors, where they are led by the technical part of the building and then projecting in the soffit. Water heating is solved by solar panels located on the roof of the building with the possibility of water heating by electric energy. The produced energy is stored in the tanks and then distributed to the building. Rainwater is drawn into the sewer and is not used in any way. Escape routes are the main staircase with a fire safety lift, a staircase with a lift for the halls and the existing vertical communications of an existing house. Public lighting is designed with the illuminated joint of the front facade of the building, which creates a pleasant light effect. Parking space is provided in the vicinity of the building on Masaryk Square, next to the parks and the nearby parking spaces.
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Study of Tram Track Extension to the City District Brno-Bosonohy
Hozáková, Bettina ; Kuchár, Martin (referee) ; Valehrach, Jan (advisor)
This study elaborates four options of the extension of the tram track Brno-Bosonohy, which are subsequently compared according to the impact on the urban structure and the possibility of its adaptation to the street area. The thesis examines the Brno City Zoning Plan and the Bosonohy Zoning Study, its documents are used as a basis of the concept, further defines the terms of the principles of tram track design, and describes the strengths and weaknesses of the elaborated options. The study also covers the design of tram stops and a loop, as well as a potential roundabout with a tram track running through it.
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Evolution of link layer loop prevention protocols
Březina, Jiří ; Frolka, Jakub (referee) ; Slavíček, Karel (advisor)
This bachelor thesis deals with the possibility of eliminating and creation loops on theData Link layer of the OSI model. At first, it was necessary to determine what arethe loops and how they are formed. Then the solution of the problem with loops waspresented as the Spanning Tree protocol, where did the protocol come from, protocoloperation, his advantages and disadvantages. In next section were discussed other vari-ants of original STP, as well as his alternatives, like for example the TRILL or the SPBprotocol. The practical part of this work is based on the theoretical and shows howSpanning Tree protocols work in practice on real devices. This part is mainly focusedto testing the speed of convergence each of protocols and also their extensions. In theend is mentioned a laboratory task, which is part of the appendices and forms the mainbenefit of the whole thesis, because future students at school subject “network architec-ture” can try to configure protocols that was mentioned above and better understandhow these protocols work.
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New scene of the Beseda House in Vyškov - neoplasm in a historical setting
Skrušný, Petr ; Plášil, Jiří (referee) ; Boháč, Ivo (advisor)
The plot is located in the very center of the town of Vyskov, in the perfect connection of the main pedestrian hub on Masaryk Square. This is an extension of the loose gap following the shield facade of the existing house of the house. The orientation of the parcel is northeast. The plot is located on the pedestrian passage through the main square, where I create a park with a paved area. The new building is adjacent to the parish church of the Assumption of the Virgin Mary, a baroque chateau and an object of the shopping center. The proposed object stops the vacant loop with the slate wall of the existing beseda house, creating the corner between Kostelní street and the pedestrian corridor from Masaryk square. The building itself has 5 above-ground floors, with terraced ramps to the raised corners of the building with the possibility of using roofs. The building is a structural reinforced concrete skeleton with monolithic beams and stiffening cores. The façade is a double-ventilated solution with internal glazing and an outer sheath made of stone, semi-transparent blocks mounted on metal frames. The construction is based on a base plate with feet under the support pillars. To prevent the foundations of the existing house of the house from being interrupted, the pillars of the pillars are separated by two meters from the house and the individual boards are monolithically insulated. The construction height of the floor is 4.5 m. 4 m clearance height 0.5 m floor composition for keeping the floors connected and connecting the old building with the new building. In the connecting part of the existing building there is a reconstruction and modernization. The connection of both objects is by means of a rubber expansion joint. The technical background of the building is located at the site of the building. The heating of buildings is solved by means of an air heat pump located on the roof with both air heating and cooling function. As an additional heating system there is an electric underfloor heating, which is a suitable solution due to the location of the photovoltaic power plant on the roof. The air exchange is solved by means of recuperation. The outlets are led by a shaft into individual floors, where they are led by the technical part of the building and then projecting in the soffit. Water heating is solved by solar panels located on the roof of the building with the possibility of water heating by electric energy. The produced energy is stored in the tanks and then distributed to the building. Rainwater is drawn into the sewer and is not used in any way. Escape routes are the main staircase with a fire safety lift, a staircase with a lift for the halls and the existing vertical communications of an existing house. Public lighting is designed with the illuminated joint of the front facade of the building, which creates a pleasant light effect. Parking space is provided in the vicinity of the building on Masaryk Square, next to the parks and the nearby parking spaces.
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