METHOD FOR PERCEPTION OF IMAGE FIELD ELEMENTS OF MICROSCOPIC OBJECTS Russian patent published in 2013 - IPC G06K9/00 

FIELD: information technology.

SUBSTANCE: method for perception of images of microscopic objects involves forming a photoelectric converter (PEC) matrix using circular or hexagonal insulated PEC in form of a dense hexagonal package thereof, said PEC are grouped and identical hexagonal PEC rings which are not connected to each other are formed in the matrix; PEC of each hexagonal PEC ring are combined and a cluster is formed; the clusters are grouped in form of a series of adjacent clusters and a hexagonal ring of clusters is formed; the set of hexagonal rings of clusters form a hexagonal-cluster-structured matrix on which the image field of objects is projected; a closed hexagonal path of movement of image field elements is formed, which, in the matrix plane, is identical to PEC distribution in the hexagonal PEC rings of the clusters, wherein after each step of movement of the image field, the signal at the output of all hexagonal PEC rings of clusters of the matrix is detected; at the PEC lying at the geometric centre of a cluster, and at the PEC of a cluster on which at the current step the dominant element is projected, signals of dominant element are detected as signals of points.

EFFECT: eliminating interference of diffraction light scattering on perception of adjacent points, high resolution and faster perception and processing of image elements, providing three-dimensional perception of image field elements in real time.

9 dwg, 2 tbl