The invention relates to a process for cyclic, interactive image analysis with
the steps of selection by the user of image regions of interest in the image, performance
of various preprogrammed transformations on the image at all image points, performance
of a normalization of the transformation results, division of the whole normalized
transformation space into classes with the aid of separation rules which are derived
from the transformation result values in the image regions selected by the user,
allocation of the classification obtained in the transformation space to the individual
image points, and representation of the thus classified image in the image space.
