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@inproceedings{892557, author = {Brázdilová, Silvie Luisa and Kozubek, Michal}, address = {Freiburg, Germany}, booktitle = {PROCEEDINGS OF THE IADIS INTERNATIONAL CONFERENCE COMPUTER GRAPHICS, VISUALIZATION, COMPUTER VISION AND IMAGE PROCESSING 2010}, edition = {2010}, keywords = {Automated microscopy; fluorescence microscopy; multimodal content function; image acquisition}, howpublished = {tištěná verze "print"}, language = {eng}, location = {Freiburg, Germany}, isbn = {978-972-8939-22-9}, pages = {176-183}, publisher = {International Association for Development of the Information Society}, title = {Image Division Technique in Automated Fluorescence Microscopy with Complex Content}, year = {2010} }
TY - JOUR ID - 892557 AU - Brázdilová, Silvie Luisa - Kozubek, Michal PY - 2010 TI - Image Division Technique in Automated Fluorescence Microscopy with Complex Content PB - International Association for Development of the Information Society CY - Freiburg, Germany SN - 9789728939229 KW - Automated microscopy KW - fluorescence microscopy KW - multimodal content function KW - image acquisition N2 - This paper presents a method that allows for reliable automated acquisition of images in fluorescence microscopy. Specifically, if an image contains more objects that do not lie precisely in one z-plane, traditional methods necessarily fail due to their principle of operation. We take a different approach by reducing the original problem to a set of tasks which can already be easily solved. Namely, we divide the original image into a few subparts and process each of them individually. The results obtained in such a way enable discovering hidden z-planes with rich information content. Our approach therefore outperforms other acquisition methods including manual one. A large part of the paper is devoted to practical examples and suggestions. ER -
BRÁZDILOVÁ, Silvie Luisa and Michal KOZUBEK. Image Division Technique in Automated Fluorescence Microscopy with Complex Content. In \textit{PROCEEDINGS OF THE IADIS INTERNATIONAL CONFERENCE COMPUTER GRAPHICS, VISUALIZATION, COMPUTER VISION AND IMAGE PROCESSING 2010}. 2010th ed. Freiburg, Germany: International Association for Development of the Information Society, 2010, p.~176-183. ISBN~978-972-8939-22-9.
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