Forming entropy-information assessment correspondence of complex objects state and knowledge-oriented databases in monitoring systems
DOI:
https://doi.org/10.20535/SRIT.2308-8893.2018.2.10Keywords:
complex systems, інформаційно-методичне забезпечення, entropy-information model, monitoring information, entropy state function, knowledge-oriented systemAbstract
The knowledge-based approach for complex systems assessment and forecasting is justified. Production systems of the form "object 0-state (as the system components) – process (system processes, status change operator or support) – object i-state (system)" are discussed along with the problems of the information support development for implementing the methodological foundation for the complex monitoring systems analysis. The basis for the information-entropy approach is determined for forming models for objects of study with the purpose of object analysis of the state of natural and technogenic origin systemic formations using knowledge-oriented data and generating new knowledge. The information system is shown for collecting and storing the status data of the object of study under monitoring, transmitting data to generate models, analyzing the results and making an informed decision.References
Bellman R. Prinjatie reshenij v rasplyvchatyh uslovijah / R. Bellman, L. Zade // Voprosy analiza i protsedury prinjatija reshenij. — M.: Mir, 1976. — 225 c.
Zadachi nechetkogo matematicheskogo programmirovanija [Digital source]. — Available at: http://iasa.org.ua/iso?lang=eng&ch=9&sub=3.
Sorokina L.V. Modeli i tekhnolohiyi upravlinnja rynkovoju vartistju budivel'nykh pidpryyemstv / L.V. Sorokina. — K.: Lazuryt - polihraf, 2011. — 541 s.
Karayeva N.V. Diahnostyka stanu rehional'nykh system za rivnem staloho rozvytku v umovakh nevyznachenosti / N.V. Karayeva, L.O. Levchenko, A.S. Panasjuk, T.O. Derypasko // Upravlinnja rozvytkom skladnykh system. — 2013. — 14(31). — S. 158–163.
Bukhkalo S.I. Ekolohichna bezpeka jak skladova kontseptsiyi utylizatsiyi vidkhodiv dlja kompleksnykh pidpryyemstv enerhetychnoho miksu / S.I. Bukhkalo // Visnyk NTU "KhPI". — Kh.: NTU "KhPI", 2014. — № 49. — S. 42–56.
Kozulja T.V. Formuvannja znan'-oriyentovanykh baz danykh dlja vyznachennja kompleksnoyi metodyky identyfikatsiyi jakosti skladnykh system / T.V. Kozulja, N. V.Sharonova, Ja.V. Svjatkyn, M.M. Kozulja // Vostochnoevropejskij zhurnal peredovyh tehnologij. — Har'kov, 2016. — 1/2 (79). — S. 13–21.
Kozulja T.V. Informatsionno programmnoe obespechenie otsenki kachestva i bezopasnosti ob'ektov issledovanija monitoringovyh sistem / T. V. Kozulja, N.V. Sharonova, Ja.V. Svjatkin, M.M. Kozulja // International Periodical Scientific Journal “Intelecti”. — Tbilisi, 2015. — 3(53). — P. 67–72.
Prigozhin I.R. Porjadok iz haosa / I. R.Prigozhin, I. Stengers. — M..: Nauka, 1986. — 432 s.
Klimentovich Ju.L. Statisticheskaja teorija otkrytyh sistem / Ju.L. Klimentovich. — M.: Janus, 2001. — 305 s.
Prigozhin I.R. Konets neopredelennosti / I.R.Prigozhin. — Izhevsk: NITs, 2000. — 208 s.
Brilljuen L. Nauka i teorija informatsii / L. Brilljuen: per. s angl. A.A. Harkevicha. — M.: Gos. izd-vo fiziko-matemat. lit-ry, 1960. — 390 s.
Prangishvili I.V. Entropijnye i drugie sistemnye zakonomernosti: Voprosy upravlenija slozhnymi sistemami / I.V. Prangishvili. — M.: Nauka, 2003. — 428 s.
Sharonova N.V. Znannja-oriyentovane informatsijne zabezpechennja doslidzhen' skladnykh system / N.V. Sharonova, M.M. Kozulja // Sistemnyj analiz i informatsionnye tehnologii: materialy 18-j Mezhdunar. nauchno-tehn. konf. SAIT 2016, Kiev, 2016 / UNK "IPSA" NTUU "KPI". — K.: UNK "IPSA" NTUU "KPI", 2016. — S. 178–179.
Mokljachuk T.O. Metody otsinky ekolohichnoho ryzyku vid zabrudnennja stijkymy pestetsydamy / T.O. Mokljachuk // Zbalansovane pryrodokorystuvannja. — 2014. — № 2. — S.135–142.
Kozulja M.M. Znannja-oriyentovana kompleksna metodyka otsinky stanu skladnykh system / M.M. Kozulja // Visnyk NTU "KhPI". Serija: Innovatsijni doslidzhennja u naukovykh robotakh studentiv. — Kh.: NTU "KhPI", 2016. — № 19 (1191). — S. 39–44.
Petrov V.V. Entropijnye metody proektirovanija slozhnyh informatsionnyh sistem / V.V. Petrov, V.M. Ageev, N.V. Pavlova // Itogi nauki i tehniki. Tehnicheskaja kibernetika. — M., 1985. — T. 18. — S. 78–123.
Savchenko A.V. Doslidzhennja fizyko-mekhanichnykh protsesiv v DVZ dlja rozrobky modeli ekoefektyvnoho zhorjannja palyva / A.V. Savchenko // Innovatsijni doslidzhennja u naukovykh robotakh studentiv. — Kh.: NTU "KhPI", 2017. — № 18 (1240). — S. 53–57.
Meshkov D.V. Metod rascheta termodinamicheskoj pogreshnosti pri inditsirovanii DVS / D.V. Meshkov, A.V. Savchenko // Dvigateli vnutrennego sgoranija. — 2014. — № 1. — S. 22–26.
