DESCRIPTION OF A SYSTEM OF SOFTWARE COMPONENTS AS A LANGUAGE FOR ADAPTING THE OBJECTORIENTED PROGRAMMING PARADIGM TO THE DEVELOPMENT OF STRONG ARTIFICIAL INTELLIGENCE SYSTEMS
I.R. Skiba
Institute of Philosophy, National Academy of Sciences of Belarus, Minsk, Republic of Belarus
Keywords: software component, artificial intelligence, objectoriented programming, graph theory, class, object
Abstract
The article proposes the author’s concept of software components based on some key provisions of graph theory. The proposed concept is intended to аbstrаct the fundamental aspects of objectoriented programming (such as modules, classes, objects, aggregation, composition, inheritance, dependency and others) in order to adapt this paradigm to the needs of building a new generation of intelligent technology.
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