DESCRIPTION OF SPATIAL SITUATIONS USING THE FORMALIZATION OF INTUITIVE PERCEPTION

The problem of information representation using spatial relations of pseudo-physical logics to improve algorithms and methods of information processing and retrieval is considered. The purpose of the work is structuring and analysis of information on the basis of description of spatial situations with the help of formalization of intuitive human perception of information blocks; justification of the choice of the formalization mechanism for its further use in the algorithms of classification and identification of objects contained in semi-structured information flows; the use of pseudo-physical logic of space for situational analysis of information and systematization of formal description. The list of fuzzy quantifiers and relationships between them are formed in order to achieve the goals. In addition, the rules of displaying the spatial location of information are built. On the basis of these rules, formal descriptions are created in the form of terms to be unified with the basic (initial) conditions of structuring or information search. The unification of terms is carried out, which as a result makes it possible to classify and identify information with a significant gain in resource terms. The results of experimental studies confirm the effectiveness of the proposed approach in the problem of Autonomous positioning and description of the environment of aircrafts.