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Augmented User Interface
Vladík, Ondřej ; Beran, Vítězslav (referee) ; Najman, Pavel (advisor)
The purpose of this thesis is to design and implement an augmented user interface for widget management which uses a camera-projector system. Implement also includes a library of functions for semi-automatic calibration of this system. An interface to control the widgets using markers was designed. Various markers are arranged on the desktop (desk, wall or table) . The camera captures these markers in a camera image.The position of the markers in space is then determined from the camera image . Widgets are projected on the desktop next to the markers. User can freely move those markers and the widgets will follow the markers.
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Augmented User Interface
Zahrádka, Jiří ; Beran, Vítězslav (referee) ; Španěl, Michal (advisor)
This thesis falls into a field of user interface design. It focuses on tangible user interfaces which utilize a camera and projector to augment physical objects with a digital information. It also includes description of calibration of those devices. The primary object of this thesis is the implementation of an augmented user interface for application windows management. The system consists of a stationary camera, overhead projector and movable tangible objects - boards. The boards are equipped with fiducial markers, in order to be tracked in a camera image. The projector displays the conventional desktop onto the table and the tangible objects. For example, application windows can be projected onto some boards, while the windows move and rotate simultaneously with the boards.
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Eye Tracking During Interaction with a Screen
Pavelková, Alena ; Kajan, Rudolf (referee) ; Herout, Adam (advisor)
Tato práce popisuje systém pro sledování obrazovky počítače v reálném čase a určení pozice uživatelova pohledu na tuto obrazovku s využitím dat z eye-trackovacích brýlí a Uniform Marker Fields. Vytvořený systém lokalizuje obrazovku počítače ve snímcích z kamery umístěné na eye-trackeru snímající scénu před uživatelem. V této scéně je detekován marker zobrazený na monitoru počítače. Po jeho úspěšné detekci je marker skryt a ke sledování pozice obrazovky jsou dále využívány významné body detekované ve snímku z kamery ležící na obrazovce, případně z celého snímku. Pokud sledování významných bodů selže, marker je znovu zobrazen a systém je znovu inicializován pomocí detekovaného markeru. Aby byl marker pro uživatele co nejméně nápadný a obtěžující, jsou využity data z eye-trackeru k tomu, aby byl marker zobrazen co nejdále od oblasti uživatelova zájmu. Pro vyhodnocení výkonu a přesnosti vytvořeného systému a rušivosti markeru pro uživatele bylo provedeno několik experimentů a testování s uživateli.
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Chosen problems of genetic diversity of dog
CHLUPATÁ, Lucie
The bachelor thesis is worked out in the form of the research on the theme "Selected questions from the genetic diversity of dogs". The aim of this work was processing of the current situation of scientific knowledge in the field of genetic diversity of dogs. Firstly, the origin is described in the thesis, domestication of dogs, an organisation dealing with dogs breeding and selected breeds of dogs. From the genetic site point of view, the basic terms in genetics are described genetic markers, DNA profile of dog and the methods of evaluation of genetic diversity. In the end of my bachelor thesis I outlined possible recommendations for dog breeders.
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Genetic diversity of cattle in Czech Republic
ČERVINKA, Václav
The thesis deals with genetic diversity in the Czech Republic. Firstly domestication of livestock in general and then domestication of cattle is decribed. History of cattle in the Czech Republic, the importance of cattle breeding and last but not least the condition of cattle in the Czech Republic is also introduced. The thesis is also focused on biodiversity, threats to biodiversity and its conservation and the levels of diversity are also specified. Genetic markers,microsatellites, minisatellites, SNP, polymorphic structural genes and also mutations are described. The cattle breeds farmed in the Czech Republic are specified next. The National Programme, genetic resources and genetic resources in the Czech Republic are evaluated. Finally genetic resources of " česká červinka" and "český strakatý skot" are described.
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Genetic diversity of chosen horse breeds
JANKOVSKÁ, Tereza
The objective of the thesis is to clarify the findings about genetical biodiversity of horses, evaluation of the diversity and description of current state of genetic resources preservation. Firstly, the history is described, domestication of horses, breeds and biodiversity. From the genetic point of view, the thesis contains description of the genetical diversity, microsatellites, markers and mitochondria. There are described genetic sources and their preservation. Current quantities and thein progress are also mentioned.
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Edited final report of project QH81052
Patzak, Josef ; Matoušek, Jaroslav
Cílem projektu bylo vyvinout molekulárně-genetické markery odvozené od genetických elementů a sekvencí genů kodeterminujících metabolom chmele. Zdrojem specifických nových sekvencí byly expresní knihovny hlávek a lupulinových žlázek chmele, genomová a BAC knihovna, které byly získány nebo připraveny v rámci řešení projektu.
Fulltext:  PDF
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The application of AFLP fingerprinting in breeding of Brassica napus
CUŘÍNOVÁ, Petra
AFLP markers are widely used in breeding in some other crops, but their utilization in breeding of Brassica crops is not so frequent. AFLP markers are used for molecular characterization of particular varieties or genotypes and for evaluation of genetic diversity. The aim of this thesis was the application of this method in breeding of rapeseed and in comparative study of genetic variability of different oil seed rape cultivars of Czech, Czechoslovak and German origin. AFLP is based on selective amplification of genomic DNA. Technique consists of three basic steps: 1. restriction of genomic DNA on smaller fragments and ligation of adaptors; 2. selective amplification of fragments with specific primers and 3. electrophoresis of products and computer analysis (Vos et al., 1995). In this thesis 16 Czech (CZ) and Czechoslovak (CZS) and 16 German (G) cultivars of oilseed rape were compared. Two specific primers, EcoRI AGC and fluorescence labeled primer MseI ACC, were chosen for AFLP method. It was possible to distinguish group of CZ/CZS and G cultivars, which have origin in gene resources from Czech Republic and Germany. AFLP technique allows detection of very small differences in Brassica genome. The differences between studied cultivars exist, but they are not very distinct. They show on certain relationship and reduction of genetic basis of genetic resources, which are used in Central Europe.
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