Abstract

The design of information-active systems provides the formation of the model representation of automated tasks, which is invariant to the environment and means of software and hardware implementation. The syntactic (info-logical) model representation of applied problems will be adequate to initial requirements only if they provide meaningful unity. It is determined by the initial formation of a knowledge model or conceptual representation of applied tasks. The conjugation of semantic and syntactic static constructions is based on the regularity of mapping in the framework of the methodology of intellectual labor automation. The formal description of connections (mapping) of semantic (conceptual) and syntactic (info-logical) representations on the basis of the regularity of mapping allows limiting the set of possible relations and connections in verbal syntactical constructions for representation of subject tasks and providing completeness of the formalized (syntactic) representations at the expense of their semantic addition.

Highlights

  • The design of information-active systems provides the formation of such a model representation of automated tasks, which is invariant to the environment and means of software and hardware implementation

  • The conjugation of semantic and syntactic static constructions is based on the regularity of mapping in the framework of the methodology of intellectual labor automation

  • The mapping of conceptual elements into elements of infological structures at the object level is performed taking into account the identity of the generation mechanism for each pair of elements, that is, to use the same abstraction in the generation of both the subject category (SC) and the named structural element (NSE): either refinement or decomposition

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Summary

Introduction

The design of information-active systems provides the formation of such a model representation of automated tasks, which is invariant to the environment and means of software and hardware implementation.

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