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Vacation property in stand-alone mode
Svoboda, Jan ; Martinec, Jiří (referee) ; Suk, Ladislav (advisor)
This bachelor thesis deals with the supply of electricity for remote vacation property. It addresses the issue of how each technology of alone systems are applied to a particular object, as well as their financial page. At the end are technologies compared and the most suitable one is recommended.
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Analysis of electro-spark cutting and digging machines from firm name Emotek s.r.o. and their enforcement on EU market
Svoboda, Jiří ; Zemčík, Oskar (referee) ; Zemčík, Oskar (advisor)
The aim of this work is to make the reader closer to the principle and usage of an uconventional technology of shaping metal materials - electro discharge machining. The first part of the work contents historical dates, an explanation of the principle and the technological insertion. In the second part I concentrate on the range of products of the Slovakian company Emotek, to be specific, on their spark cutting machine EIR 005. I sample the description of the machine and its technical - economic comparison with the competitive electro - spark machines. The whole work is primarily concentrated on the electro - spark cutting machines. The digging machines are mentioned only marginally. Lastly, the work should persuade the readers of indisputable advantages of this technology and its utilization. Furthemore to introduce Emotek as a company competing with other external producers as well as with merchants and to point out the further possible progress of the company and its activity in the electro - discharge machining branch.
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Machining technology with the necessity of manual work
Svoboda, Jakub ; Kupčák, Radim (referee) ; Kalivoda, Milan (advisor)
Manual work is still necessary and often irreplaceable. In most cases, it is combined with machine production. As an example of such work we have chosen the production of tin lead alloy organ pipes, which encompasses several machining processes. All aspects of production were analyzed, including specification of the materials used and the various production processes. A pipe was produced according to these specifications for illustration. Individual chapters presented special manual tools and specific machinery. The difficulty and originality of the given production was outlined. This is professional work requiring manual dexterity, logical thought, attention to detail and an artistic spirit. During production we obtained an image showing a part of the cross-section of the pipe perpendicular to its axis. The image shows the correct shape of the soldered joint and the tangential connection of both sides of the sheet. Several aspects of the pipe were evaluated. The final chapters include feedback from customers and a general assessment of this particular work.
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System for Recognition of 3D Hand Geometry
Svoboda, Jan ; Mráček, Štěpán (referee) ; Drahanský, Martin (advisor)
V posledním desetiletí došlo ke zvýšení zájmu o užití 3D dat k biometrické identifikaci osob. Možná vůbec největší výzkum proběhl v oblasti 3D rozpoznávání podle obličeje, přičemž je v současné době dostupných vícero komerčních zařízení. V oblastni rozpoznávání podle 3D geometrie ruky byl v minulých letech proveden určitý výzkum jehož výsledkem však nebylo žádné komerční zařízení. Nezávisle na tomto výzkumu se v posledních letech velmi rozšířil trh s cenově dostupnými 3D sensory, což potenciálně umožňuje jejich nasazení v mnoha typech biometrických systémů. Hlavním cílem této práce je vytvořit funkční vzorek bezdotykového systému pro rozpoznávání osob podle 3D geometrie ruky, který bude používat novou levnou kameru RealSense 3D vyvíjenou v současné době firmou Intel. Jedním z problémů při použití RealSense kamery je její velmi malý form factor, který je příčinou nižší kvality výsledných snímků v porovnání s velmi drahými alternativami, které byly použity v již dříve zmíněném výzkumu 3D biometrických systémů. Práce se snaží analyzovat robustnost různých 2D a 3D příznaků a vyzkoušet několik různých přístupů k jejich fúzi. Rovněž je vyhodnocena výkonnost výsledného systému, kde je ukázáno, že navržené řešení dosahuje výsledků porovnatelných se state-of-the-art.
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Detached House with Atelier in Hořice
Svoboda, Jiří ; Nováková, Tereza (referee) ; Kalousek, Lubor (advisor)
The bachelor’s thesis deals with the projection of a detached house with an atelier in Hořice. Hořice is a small village located 7kms from town Blansko, which has almost 20,000 inhabitants. This building is situated in author’s village, and therefore the local conditions in terms of construction are very well known. The building was placed in a real plot opposite the place where the author lives. The house has two floors, one floor is a partial cellared. The cellared part is accessible from the street (east side). In the southern part of the basement is designed atelier - a commercial space accessible to the general public. In the northern part there is a garage for two cars and the side entrance to the detached house. The ground floor is a private space for housing. The upper floor is 5+KN. The house has no problem to accommodate a family about 5 members, and also it’s able to accommodate some visitors or grandparents. The rooms are comfortably designed and offer a lot of use for a modern family life. The main entrance to the detached house is through the outdoor staircase. The building is made out of brick, perimeter walls of the lower floors are made of concrete blocks and the top perimeter walls of burnt bricks from the clay. Both floors connect the reinforced concrete staircase. The house is covered by a flat roof. Exterior doors and windows are from aluminum. The building is clad by travertine blocks. The building is connected to the necessary engineering networks. The project documentation is developed in accordance to the decree of the building documentation.
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Apartment Building with Commercial premises
Mikošek, Marek ; Svoboda, Jiří (referee) ; Hlavačka, Tomáš (advisor)
The theme of my dissertation is creation of technical dokumentacion for the Apartment Building with Commercial premises. The building is three storey. In the 1st floor is located a shop and garage, in the 2nd floor and 3rd floor apartments. The building is designed as a monolithic concrete frame contruction with flat roof. Peripheral walls are sandwich ones made from ceramics masonry and contacts thermal insulation systém.
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Broadband services over power lines
Svoboda, Jan ; Martinásek, Zdeněk (referee) ; Stančík, Peter (advisor)
The Bachelor´s thesis is intend on assembly of basic informations from area of PLC systems. It envisages the modern problems in area of communication on the energy supply networks. By the aim is provide compact informations about particular areas of usage PLC systems – both in a household, an automatic exercises and in a possibilities of broadband. The first part of thesis includes the theoretical informations about PLC network. The second part considers by testing of basic parameters PLC network. Of all the made measurements are draw conclusions and valorize the usability of metering devices.
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Precise segmentation of image data
Svoboda, Jan ; Marcoň, Petr (referee) ; Mikulka, Jan (advisor)
The concern of this thesis is a development of an extension module for 3D Slicer platform. The core of the module is an implementation of a Support Vector Machines classifier, which is used for segmentation of the vertebral column image data provided by the University Hospital Brno. One of the goals of the thesis was resampling and registration of these image sequences. CT volumes provided solid contrast and were used as a reference for gaining properly segmented groups of vertebrae. Due to the low quality of the MRI volumes image data, segmentation of MRI images was not completely succesful. The extension module scripted in Python language can be seen as a tool and can be used in the future for different datasets.
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Science & Technology Park in Zlín
Šimoníček, Stanislav ; Svoboda, Jiří (referee) ; Zemánková, Helena (advisor)
Subject of my graduation theses was to define an isolated room of the Práce square, to create a central assembly room, which is isolated from the traffic of the adjacent Tomáš Baťa avenue, to complete dominant buildings of the Bata’s period, to stimulate and to make attractive it for the pedestrians and to design a traffic, street’s and new street’s lay-out, to draw a scientific and technical park and living in the city centre, parking places pro the new designed objects. The architectural - urban project is solving a new function of the square, which originally used as ascending area for then expanding Bata’s plants. After failure of the plants has the square lost his function. The designed solution removes the cars, respects viewed axes, and creates a new raster due to straighten of Březnicka Street, which is parallel to the “green axe”, which separates the old and the new part of Zlín, vertical to Tomáš Baťa avenue. It is bringing new restaurants, coffee-bars, shops, housings and jobs. Scientific and Technical Park concludes the square from the north site. It is designed at the place, where formally a hospital building were - in front of he building 21. It is continuing towards the street and joins the faculty of management and economies with the new university centre. The building height is similar as the surrounding buildings. It is parted in two parts; between them is the viewed axe through the district of SVIT. Block of flats concludes the square form the west. Orientation of the flats is also to the east – west. The flats can serve for the employees, too, for the neighbouring Scientific and Technical Park. Kce is from skeleton and is brick-faces KLINKER, which corresponds to the surrounding building-up area. It contains smaller flats to 100 m2, category 2+eating nook, and 1+eating nook.
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Architecture Information for LLVM Compiler Optimizations
Svoboda, Jan ; Dolíhal, Luděk (referee) ; Hruška, Tomáš (advisor)
Tato práce se zabývá automatickou extrakcí informací o architektuře procesoru z jazyka CodAL. Získané informace jsou využity jako základ pro cenový model optimalizátoru překladače LLVM. V rámci práce vznikl nový systém, který vytváří cenový model, převádí jej do C++ kódu a sestavuje do dynamické knihovny. Tato knihovna je za běhu načtena překladačem a využita pro přesnější rozhodování o přínosech jednotlivých optimalizací. Výsledkem práce je průměrné 14% snížení velikosti strojového kódu programů a až 68% zlepšení výkonu generovaného kódu.
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