OPTIMIZATION OF COSTS FOR DEVELOPMENT AND OPERATION OF COMPLEX SOFTWARE OF INFORMATION AND CONTROL SYSTEMS
https://doi.org/10.21683/1729-2646-2015-0-3-55-64
Abstract
About the Author
I. S. KabakRussian Federation
PhD Engineering, Associate Professor, Professor, Senior Researcher of IKTI of Russian Academy of Sciences
References
1. Kabak I.S., Rapoport G.N. Software dependability evaluation based on its mathematical model // Matters of creation of flexible automated manufacturing facilities. Edited by Makarov, I.M., Frolova, K.V., Belianina, P.N. – Moscow. Nauka. – 1987. – P. 236-245.
2. Kabak I.S. Mathematical model for forecasting and evaluation of software dependability // Herald of MSTU STANKIN, 2014, Issue No. 1 – P. 123 – 126.
3. Kabak I.S., Sukhanova N.V. On modeling and dependability evaluation of complex software systems // Herald of the Kabardino-Balkarian State University. – 2012, Issue No. 5. – P. 74 – 76.
4. Grossman K., Kaplan A.A. Nonlinear programming based on unconstrained minimization. Novosibirsk: Nauka. – 1981. – 84 p.
5. Polak E. Computational methods in optimization. A unified approach. Moscow: Mir. – 1974. – 376 p.
6. Cea J. Optimization. Theory and algorithms. Moscow: Mir. – 1973. – 244 p.
7. Fiacco А., McCormick G. Nonlinear programming. Sequential unconstrained minimization techniques. Moscow: Mir. – 1972. – 240 p.
8. Bellman R.E., Dreyfus S.E. Applied dynamic programming. Moscow: Nauka. – 1965. – 460 p.
9. Bellman R. Dynamic programming: translation from English. Moscow: Inostrannaya literatura. – 1960, 400 p.
10. Kolmogorov А.N., Fomin S.V. Elements of the function theory and functional analysis. Moscow: Nauka. – 1976. — 544 p.
11. Application for invention 2013133304 Russian Federation Method and apparatus for technical diagnostics of complex manufacturing equipment based on neural networks [Text]/ Solomentsev Yu.М., Sheptunov S.А., Kabak I.S., Sukhanova N.V.: applicant and patent holder Federal State Public Scientific Establishment Institute of Information Technology in Design and Engineering of the Russian Academy of Sciences (IKTI RAN. – No. ; application on 18.07.2013; notice of favorable result of examination as to form Patent for utility model 75247 Russian Federation MPK 7 G06F15/16 Modular computer system [Text]/ Kabak I.S., Sukhanova N.V.: applicant and patent holder Kabak I.S., Sukhanova N.V. – No. 2008106859; application on 26.02.2008; published on 27.07.2008, Bul. No. 21 – 2 p.: drawings
12. Patent for invention 2398281 Russian Federation MPK 7 G06N 3/06 Multilayer modular computer system [Text]/ Solomentsev Yu.М., Sheptunov S.А., Kabak I.S., Sukhanova N.V.: applicant and patent holder Federal State Public Scientific Establishment Institute of Information Technology in Design and Engineering of the Russian Academy of Sciences (IKTI RAN. – No. 2008143737; application on 07.11.2008; published on 27.08.2010, Bul. No. 24 – 8 p.: drawings.
13. Application for invention 2417442 Russian Federation MPK 7 G 06NMet7/02 Method for construction of fuzzy logic systems and apparatus for its implementation [Text]/
14. Solomentsev Yu.М., Sheptunov S.А., Kabak I.S., Sukhanova N.V.: applicant and patent holder Federal State Public Scientific Establishment Institute of Information Technology in Design and Engineering of the Russian Academy of Sciences (IKTI RAN. – No. 200810203; application on 19.12.2008; published on 27.04.2011, Bul. No. 12- 8 p.: drawings
15. Kabak I.S. Neural network model for forecasting and evaluation of software dependability // MSTU STANKIN Herald, 2014, Issue No. 1 – P. 107 – 111.
16. Kabak I.S. Development of large hardware and software neural networks for control systems. // Aviatsionnaya promyshlennost. – 2012, Issue No. 4. – p. 57 – 61
Review
For citations:
Kabak I.S. OPTIMIZATION OF COSTS FOR DEVELOPMENT AND OPERATION OF COMPLEX SOFTWARE OF INFORMATION AND CONTROL SYSTEMS. Dependability. 2015;(3):55-64. https://doi.org/10.21683/1729-2646-2015-0-3-55-64