The known methods of segmentation of a multiscale sequence of optoelectronic images are analyzed. It is established that the known segmentation methods can not be used in the segmentation of images obtained from space systems of optic-electronic observation. It has been proposed to use the evolutionary method of segmentation when segmenting such images. However, at the same time a large number of small objects appear on the segmented image, which does not allow further decoding of the image with the required quality. An improved method of segmentation of multiscale sequence of images obtained from on-board opticelectronic surveillance systems is proposed. Obtained image-filter, the use of which allowed to reduce a large number of small objects, and objects that have signs for decoding, are allocated with the required quality.
optical-electronic image, segmentation, image-filter, advanced method, multiscale sequence, small-size objects