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This work is devoted to the problems of recognition of discrete objects. It continues a series of articles devoted to the study of recognition systems in the form of logical trees, optimization of synthesized systems of classification of discrete objects, studies of their maximum complexity and the possibility of building effective methods to minimize them. Here the scheme of construction of system of recognition of discrete objects on the basis of a logical tree is step by step considered, and in the center of research there is a graph-circuit model of system of recognition in the form of a logical tree. Note that the results of this robot are relevant for all pattern recognition problems, in which the resulting recognition scheme can be represented as a logical tree. Keywords— pattern recognition problems; logical tree; graph-scheme models; recognition system. I. STATEMENT OF THE RECOGNITION PROBLEM In fact, the central task of pattern recognition is to build such a system that for each object that will be presented to it, would give the number of the class to which the object belongs [1,2,3]. The general problem of pattern recognition (classification) can be formulated in the following simplified form. Let on some set M of objects w a given partition R into a finite number m of subsets (classes, images) i H ( 0,.., ) i m = :

Generation of classification schemes in the form of logical trees in discrete object recognition problems