Abstract
The mathematical model of electroretinogram as a linear random process which takes into account the mechanism of eye retina biopotentials forming and is suitable for solving of the measuring and diagnosing problems is developed in the work. The approach is proposed, the method is developed and the statistics are given to estimate the kernel of the linear random process as electroretinogram model. The obtained results may be used in the applied research of eye diagnosis.
Highlights
Despite a lot of methods of investigation, diagnosis, treatment of visual system, accurate disease diagnosing problem remains relevant
Among well-known diagnostic methods a special attention is recently paid to the method of induced potentials, essence of which includes in the diagnosing by analysis of electroretinograms (ERG), each of which is a response to the irritation in the form of instant light impulse
In the eye medical investigation practice the main problem remains in selection of ensuring and appropriate statistical handling of biomedical information which allows registering changes in a human organism
Summary
Despite a lot of methods of investigation, diagnosis, treatment of visual system, accurate disease diagnosing problem remains relevant. In the eye medical investigation practice the main problem remains in selection of ensuring and appropriate statistical handling of biomedical information which allows registering changes in a human organism. The analysis of electroretinograms shows that induced potentials of the eye retina contain informative signs of some visual system diseases. For ERG handling methods selection , diagnostic signs selection substantiation it is necessary to determine the ERG model first of all. It is one of the most important points of the signals investigation, including induced potentials, since the ERG handling methods are developed on the basis of the accepted model. The purpose of the paper is to develop electroretinogram model
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