Linking indicators in a model for assessing the quality of complex objects based on definitions of concepts

Stanislav Mikoni

Abstract


When constructing a hierarchical structure of indicators of a complex object, the problem of establishing links between generalized and particular indicators is solved. The problem of the ambiguity of the interpretation of the concepts corresponding to them is solved by improving the quality of their definitions. The fulfillment of system requirements for the definition of a concept is checked against the actual structure of the keywords of the definition. Lists of semantic valences are proposed for concepts related to the categories of subject and process. The identification of the essential features of a concept with the actants of its keywords simplifies the formation of the concept's content. A procedure is proposed for establishing relations between generalized and particular concepts based on formal operations on their contents. The proposed approach is illustrated by practical examples. The use of formal rules reduces the subjectivity of building hierarchical structures of indicators of complex objects. The article represents the further development of a case study, the first results of which are published in the materials of the international scientific conference Internet and Modern Society (IMS-2018 and IMS-2019) and the International Seminar “Computer Linguistics”.

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References


Mikoni S.V. Teorija prinjatija upravlencheskih reshenij. – SPb.: Lan', 2015. – 448 s.

Semenov S.S. Ocenka kachestva i tehnicheskogo urovnja slozhnyh sistem. Praktika primenenija jekspertnyh ocenok / S.S. Semenov. – M.: LENAND. 2015. – 350 s.

Mikoni S.V. Formalizacija opredelenija svjazej pokazatelej v modeli ocenivanija kachestva slozhnyh ob"ektov // International Journal of Open Information Technologies ISSN: 2307-8162 vol. 6, no.12, 2018. – S. 28-34.

Mikoni S.V., Garina M.I. Voprosy avtomatizacii proektirovanija sistemy ocenivanija slozhnyh ob"ektov // Materialy IV mezhregional'noj nauchno-prakticheskoj konferencii "Perspektivnye napravlenija razvitija otechestvennyh informacionnyh tehnologij" Sevastopol', 18-22.09.2018. RIBEST. 2018. – S. 24-25.

Ten'er L. Osnovy strukturnogo sintaksisa. / Per. s franc. Vstup. st. i obshh. red. V. G. Gaka. — M.: Progress, 1988. – 656 s.

Boguslavskij I.M. Sfera dejstvija leksicheskih edinic — M.: Shk. "Jazyki russkoj kul'tury": Koshelev, 1996. – 460 s.

Sbornik rekomenduemyh terminov. Teorija upravlenija. Terminologija. Vyp. 107. M.: Nauka, 1988. – 54 s.

Mikoni, S.V. Obobshhjonnaja ontologicheskaja model' upravlenija v koncepcii socio-kiberfizicheskoj sistemy // Ontologija proektirovanija. – 2019. – T.9, #2(32). – S.191-202.

Bezopasnost' // Grazhdanskaja zashhita: Jenciklopedija v 4-h tomah. – T. I. A–I. M.: FGBU VNII GOChS (FC), 2015.

Rotach V.Ja. Teorija avtomaticheskogo upravlenija. 1-e. M.: ZAO "Izdatel'skij dom MJeI", 2008. – S. 333. – 396 s


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