An attempt to apply fractal analysis in the interpretation of fundus images of retinal vessel patterns in the human eyes has been presented. An implementation of the algoriyhm estmating the fractal dimension of surfaces (accoding to the Minkowski-Bouligand definition) has been suggested within the framework of professional image processing software as an effective tool in a search for a classifying feature, supporting the retinal disease diagnosing. Preliminary test results demonstrating the possibilities of the proposed tool and further developments of the approach are discussed.
The outline of a new method for a fractal analysis of fundus eye image collected in non-invasive routine ophthalmological examinations is presented. Preliminary results of its application are reported.
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