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Bifurcation Localization in Retina Images
Pres, Martin ; Drahanský, Martin (referee) ; Semerád, Lukáš (advisor)
From biometrical point of view, main features of retina are fovea, optic nerve and blood vessel tree. Blood vessel tree is unique for each person and this biological feature is used in biometric systems for person-recognition by retinal images. This document describes methods for optic disc and fovea localization, method for vessel tree segmentation, which is based on well-known \emph{Matched filters} method and also describes method for localization of blood vessel bifurcations. Main goal of this thesis is creation of program which can automatically preprocess input image, segment blood vessels and localize vessel bifircations. The program is implemented in Java with OpenCV library.
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Port of Digger Game to the Modern Operating Systems
Pres, Martin ; Mlích, Jozef (referee) ; Pečiva, Jan (advisor)
The bachelor's thesis concerns development of the port of Digger game. The port of game is modeled after the Digger Remastered game. Development starts from behaviour analysis of existing game, followed by application proposal, implementation in C++ and distribution. Teoretical part of this thesis concerns selection of appropriate libraries from the Qt framework and proposals of game mechanics. Practical part concerns implementation of proposed entities and distribution of final product.
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Bifurcation Localization in Retina Images
Pres, Martin ; Drahanský, Martin (referee) ; Semerád, Lukáš (advisor)
From biometrical point of view, main features of retina are fovea, optic nerve and blood vessel tree. Blood vessel tree is unique for each person and this biological feature is used in biometric systems for person-recognition by retinal images. This document describes methods for optic disc and fovea localization, method for vessel tree segmentation, which is based on well-known \emph{Matched filters} method and also describes method for localization of blood vessel bifurcations. Main goal of this thesis is creation of program which can automatically preprocess input image, segment blood vessels and localize vessel bifircations. The program is implemented in Java with OpenCV library.
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Port of Digger Game to the Modern Operating Systems
Pres, Martin ; Mlích, Jozef (referee) ; Pečiva, Jan (advisor)
The bachelor's thesis concerns development of the port of Digger game. The port of game is modeled after the Digger Remastered game. Development starts from behaviour analysis of existing game, followed by application proposal, implementation in C++ and distribution. Teoretical part of this thesis concerns selection of appropriate libraries from the Qt framework and proposals of game mechanics. Practical part concerns implementation of proposed entities and distribution of final product.
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