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Formalization of animateness on the example of the concept of "love"
Author(s) -
V.A. Filimonov,
V.S. Chernyavskaya
Publication year - 2022
Publication title -
ontologiâ proektirovaniâ
Language(s) - English
Resource type - Journals
eISSN - 2313-1039
pISSN - 2223-9537
DOI - 10.18287/2223-9537-2022-12-1-11-24
Subject(s) - computer science , phenomenon , artificial intelligence , object (grammar) , configurator , ontology , scheme (mathematics) , epistemology , mathematics , mathematical analysis , philosophy , marketing , business
A prototype of the method of formalization of concepts related to animateness is presented. The methodology is de-signed for the collective creation of complex projects in the cognitive infrastructure. The methodology consists in creat-ing prototypes, which are further detailed, as well as in using the author's "4C" approach based on the four concepts: "collective", "cognitiveness", "configurator" and "convergence". The basic triad of A.A. Zinoviev "Researcher-Logic-Ontology" is used, as well as the concept of "cells" as the simplest logical structure of the system under study. The clas-sification of potential consumers of the result is proposed. The procedure for constructing definitions is considered. The "4F" scheme is proposed, taking into account the forms, functions and conditions for the performance of these func-tions by the object under study. The formulation of the formalization problem for use in artificial intelligence systems is specified. The fundamental differences between animate beings and artificial intelligence systems, as well as the prob-lems of their interaction, are discussed. A "cell" of the phenomenon of "love" is proposed. Archetypal factors and cur-rent trends in the implementation of this phenomenon are noted. A method for constructing intermediate states using the method of fragments, bootstrap and paleoart is proposed. As an example of using the approach, a project is pro-posed to formalize the concept of "love", carried out by a team of people and artificial intelligence systems.

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