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Uniform Marker Fields for Android
Salát, Marek ; Szentandrási, István (referee) ; Herout, Adam (advisor)
This thesis deals with a desing and an implementation of a detector for Uniform Marker Fields and a debugging appliaction for Android mobile devices. Implementation comes with alternativ methods in considiration of original solution, suitable for low-performance devices. The main goal of detector is find a position and a rotation of marker module or alternatively a position of the camera in real space. The resulting soulution can be also used as a library for the marker module detection or as a core for augmented reality based application using Uniform Marker Fields.
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Uniform Marker Field on a Cylinder
Kříž, Radim ; Havel, Jiří (referee) ; Herout, Adam (advisor)
This work presents a new extension for Uniform Marker Field, which is able to detect UMF on the cylinder. First part of the text deals with Augmented reality and focuses on systems using markers. It discusses the actual state-of-the-art systems and its possibilities. After that it focuses more deeply on the marker system Uniform marker field and its grayscale variants. Next part of the work describes properties of the cylinder projected in real space. Important properties for detecting are discussed in detail. Then the proposal and description of detection algorithm is presented. Implementation of algorithm is tested and evaluated on the very end of this thesis.
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Improving Markers for Augmented Reality
Páldy, Alexander ; Juránková, Markéta (referee) ; Herout, Adam (advisor)
Tato práce stručně popisuje moderní metody v rozšířené realitě a dále se zabývá generováním a detekcí Uniform Marker Fields. Hlavním cílem je zlepšovat markery známé jako Unifrom Checker-Board Marker Fields. Toho je dosaženo několika vylepšeními návrhu těchto markerů. Mezi hlavní patří využití širší barevné palety, zaměření na podobnost s vybraným obrázkem a změna tvaru modulů. Výsledný algoritmus byl navržen ke generování právě takových markerů. Výstupem jsou esteticky vypadající markery, které umožňují spolehlivou detekci i v případě výrazného překrytí nebo za špatných světelných podmínek.
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Detector of Uniform Marker Fields for Windows Phone
Mašek, Jiří ; Szentandrási, István (referee) ; Herout, Adam (advisor)
This thesis deals with the detection of Uniform Marker Fields and the position of a camera in a space. The steps of the UMF detection, the Windows Phone 8 platform, DirectX working and the concept of augmented reality are described in the thesis. Implementation and design of the demo application together with the whole architecture of the project is described in the thesis. The result of the thesis is an application using the UMF detector and plotting a 3D object into a scene. Finally the application is tested and evaluated.
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