Babyuk N. Method and System for Evaluation of Biomedical Images Dynamic Changes in Ophthalmology

The object of the study is the evaluation of dynamic biomedical images based method and system for analyzing vascular microcirculation of the eye. The aim of this work is to improve the reliability of processing of biomedical images of the fundus by developing a method and system evaluation of dynamic changes biomedical images in ophthalmology. Methods based on the use of the machine Q-transformation, parallel-hierarchical transformation - to evaluate information signs of biomedical images, methods of filtration - for elimination of noise of different nature, theory and computer simulation experiment to test the adequacy of the developed models. Theoretical results: the development of mathematical model based on spatially coherent preparation for evaluating dynamic changes biomedical images, improved method to automatically select the threshold gradient filter method was further developed W-spectrum of connectivity for the analysis of biomedical images by fragmentation of information in the areas of comparison images of reference drugs. The practical result is that in the developed theoretical positions implemented system for evaluating dynamic changes biomedical images of the fundus. Degree of implementation: this study introduced at the Corporation "Laser and Health", m. Kharkiv and into the learning process of General Physics and Photonics Department, Laser and Optoelectronic Engineering Department of Vinnytsia National Technical University and at the Department of Ophthalmology of Vinnitsa National Medical University by Pirogov.