Registration Number
0212U004794,
0110U002167
, R & D reports
Title
Optoelectronic diagnostics technologies and laser means for eye pathologies therapy (research and therapy of eye cornea, retina and microcirculation of the conjunctiva)
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Head
Pavlov Sergii Volodymyrovych,
Registration Date
26-01-2012
Organization
Vinnitsa National Technical University
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A mathematical model of the control unit and decision making of expert system analysis of the microcirculation of the conjunctiva of the eye based on fuzzy logic methods, use of which enables comprehensive diagnosis of visual analyzer and more informative work by 44%. Using the mathematical apparatus of fuzzy logic may be important in cases of necessary relationship of pathological conditions that have different clinical characteristics. Results of experiments confirm the capacity of the developed model and its effectiveness when used in expert systems. Improved methods of Q-conversion, filtering and orthogonal transformations and patterns formed ophthalmic diseases based on W-range spatial coherence. Based on theoretical and practical studies that examined in the paper, created the method for analysis of microcirculation of the conjunctiva of the eye based on fuzzy logic system, which enables more effective diagnosis of complex visual analyzer. Formed methodology taking into account correlations in the analysis of microcirculation of the conjunctiva of the eye, allowing greater accuracy and informativeness of image processing. Developed standards of biomedical images based on an analysis of microcirculation of the conjunctiva of the eye using W-range spatial coherence, which allows to increase the accuracy of diagnosing ophthalmologic diseases. On the basis of the developed models and algorithms created hardware and software blocks of the expert system assessment of the microcirculation of the conjunctiva of the eye.
Product Description
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Білоконний В.Д.
Вовкотруб Д.В.
Заболотна Н.І.
Злепко С.М.
Камінський О.С.
Карбовський О.Ф.
Коваль Л.Г.
Кожем'яко В.П.
Козловська Т.І.
Колісник П.Ф.
Маліновська А.О.
Марков С.М.
Моторний А.П.
Олійниченко Б.П.
Павлов С.В.
Просоловський Р.В.
Рожман А.В.
Салдан Й.Р.
Стасенко В.А.
Тужанский С.Є.
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2020-04-02
