Rozhman A. Methods and Opto-Electronic System Study of Glaucoma Eye

The object of study is the process of determining the stage of glaucoma based on the use of methods of optical and electronic technologies for the processing of biomedical images. The subject of the study are the optical characteristics of biomedical objects, models and methods for processing of biomedical information, opto-electronic system analysis of the pathologies of the eye. In the process of dissertation research were used theory of fuzzy sets for the analysis of biomedical information, the method of W-range spatial coherence analysis procedures for neighboring samples images, methods of clinical and medical research to test the reliability of the developed and optoelectronic systems. The obtained mathematical model to assess biomedical images using methods of fuzzy sets based on the use of expert knowledge bases, allows complex qualitative diagnosis and improve the accuracy of diagnosis and more fully assess the level of glaucoma. Enhanced expert opto-electronic system for diagnosing glaucoma eye characterized in that it along with the knowledge of experts, further created a database of quantitative traits images obtained after automatic processing, thus forming conclusions probability supplies the received image to one of the possible types of glaucoma. Practical results are that developed optoelectronic correlation system for the study of pathology fundus PPP structures, the novelty of which lies in the fact that its structure introduced compensator black and new functional units, in Vol. C. The control unit, which provided processing fuzzy structured image, while increasing the speed of the system. It is shown that the use of the structure of optoelectronic system photographic ophthalmoscope solved the problem of capturing an image of the retina due to the introduction of an additional optical system, thus improving the quality of biomedical images are processed. The degree of implementation - Department of Ophthalmology Vinnitsa National Medical University. MI Pirogov, in the educational process at the Department of Laser and Optoelectronic Technology and General Physics and Photonics Vinnytsia National Technical University. Scope (area) use - clinical and patient clinics.