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Certifikovaná metodika stanovení korelace frekvenčního a dynamického průběhu originálního zvukového mixu vůči restaurovanému mixu tak, aby zvuk u digitální projekce odpovídal parametrům projekce filmové
Jícha, Marek ; Pecák, Josef ; Myslík, Jiří ; Weiser, Antonín ; Šofr, Jaromír ; Macák, Jiří ; Rejholec, Pavel ; Neubauer, Petr ; Mathé, Ivo ; Páta, Petr ; Fliegel, Karel ; Novák, Miloslav ; Rund, František ; Husník, Libor ; Gunaratna, Vidu ; Jedlička, Miroslav ; Šimunek, Jiří ; Vítek, Stanislav ; Procházka, Martin ; Souček, Daniel ; Piškula, Martin
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Certifikovaná metodika kolorimetrické a jasové analýzy filmového obrazu na plátně a struktury klíčových scén černobílých a barevných filmů z hlediska světlotonality obrazu
Jícha, Marek ; Pecák, Josef ; Myslík, Jiří ; Weiser, Antonín ; Šofr, Jaromír ; Macák, Jiří ; Rejholec, Pavel ; Neubauer, Petr ; Mathé, Ivo ; Páta, Petr ; Fliegel, Karel ; Novák, Miloslav ; Rund, František ; Husník, Libor ; Gunaratna, Vidu ; Jedlička, Miroslav ; Šimunek, Jiří ; Vítek, Stanislav ; Procházka, Martin ; Souček, Daniel ; Piškula, Martin
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Certifikovaná metodika digitálního restaurování filmů, jejímž výsledkem je digitálně restaurovaný autorizát (DRA)
Jícha, Marek ; Pecák, Josef ; Myslík, Jiří ; Weiser, Antonín ; Šofr, Jaromír ; Macák, Jiří ; Rejholec, Pavel ; Neubauer, Petr ; Mathé, Ivo ; Páta, Petr ; Fliegel, Karel ; Novák, Miloslav ; Rund, František ; Husník, Libor ; Gunaratna, Vidu ; Jedlička, Miroslav ; Šimunek, Jiří ; Vítek, Stanislav ; Procházka, Martin ; Souček, Daniel ; Piškula, Martin
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Computational methods in single molecule localization microscopy
Ovesný, Martin ; Hagen, Guy Michael (advisor) ; Plášek, Jaromír (referee) ; Fliegel, Karel (referee)
Computational methods in single molecule localization microscopy Abstract Fluorescence microscopy is one of the chief tools used in biomedical research as it is a non invasive, non destructive, and highly specific imaging method. Unfortunately, an optical microscope is a diffraction limited system. Maximum achievable spatial resolution is approximately 250 nm laterally and 500 nm axially. Since most of the structures in cells researchers are interested in are smaller than that, increasing resolution is of prime importance. In recent years, several methods for imaging beyond the diffraction barrier have been developed. One of them is single molecule localization microscopy, a powerful method reported to resolve details as small as 5 nm. This approach to fluorescence microscopy is very computationally intensive. Developing methods to analyze single molecule data and to obtain super-resolution images are the topics of this thesis. In localization microscopy, a super-resolution image is reconstructed from a long sequence of conventional images of sparsely distributed single photoswitchable molecules that need to be sys- tematically localized with sub-diffraction precision. We designed, implemented, and experimentally verified a set of methods for automated processing, analysis and visualization of data acquired...
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Subjective video quality tests on Ultra HDTV video sequences
Stavěl, Marek ; Fliegel, Karel (referee) ; Kufa, Jan (advisor)
This semestral thesis describes the possibilities of source coding videos, the attributes of the videos and their recommended changes for test. Subjective methods of scores of quality and their division into metrics with references and without references are delineated. In this work, a draft of videos for test of comparison of set metrics is specified here. Further, the coding and options of attributes of videosequences for scoring of the quality of the picture is presented. The displaying system is described and quazicrowdsorcing system of collecting the datas was created.
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The idnetification of the objects in the imege
Zavalina, Viktoriia ; Fliegel, Karel (referee) ; Boleček, Libor (advisor)
Master´s thesis deals with methods of objects detection in the image. It contains theoretical, practical and experimental parts. Theoretical part describes image representation, the preprocessing image methods, and methods of detection and identification of objects. The practical part contains a description of the created programs and algorithms which were used in the programs. Application was created in MATLAB. The application offers intuitive graphical user interface and three different methods for the detection and identification of objects in an image. The experimental part contains a test results for an implemented program.
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Test form evaluation by OCR
Noghe, Petr ; Fliegel, Karel (referee) ; Kaller, Ondřej (advisor)
This thesis deals with the evaluation forms using optical character recognition. Image processing and methods used for OCR is described in the first part of thesis. In the practical part is created database of sample characters. The chosen method is based on correlation between patterns and recognized characters. The program is designed in a graphical environment MATLAB. Finally, several forms are evaluated and success rate of the proposed program is detected.
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