employee
Institute of Design-Technological Informatics of RAS (Senior scientific assistant)
employee
Moskva, Moscow, Russian Federation
The purpose of this work is to assess the quality of functioning intelligent systems. Tasks to be solved: synthesis of an intelligent system based on unified modules, system quality assessment, system reconfiguration at a quality decrease. The research method is system analysis. A new flexible programmable architecture of intelligent systems has been developed. The flexible architecture of an intelligent system allows you to change the mutual relationships between subsystems, components and modules. The intelligent system is implemented on the basis of the unified modules that contain programmable switches. Switches are connected to the system inputs and outputs and are networked to transmit information.
intelligent system, flexible programmable architecture, unified module, switch, quality assessment
1. Kalyaev, A.V. Multiprocessor Systems with Programmable Architecture [Text] / A.V. Kalyaev. - M.: Radio and communication. - 1984. - 240 p.
2. Reconfigurable Multiconveyor Computing Structures [Text] / I.A. Kalyaev [and others]. - Rostov-on-Don: Publishing house of the Southern Scientific Center RAS. - 2008. - 392 p. - ISBN 978-5-902982-61-6.
3. Patent № 2139567 Russian Federation IPC G06F 15/163 (1995.01) Multifunctional Switch: № 97109885/09: appl. 11 June 1997: publ. 10 October 1999 [Text] / Knyazkov V.S., Vasin L.A.; applicant: Penza Technological Institute (HTEI). - 3 p.
4. Sukhanova, N.V. Ensuring of Fault Tolerance of Auto-mated Control System Hardware [Text] / N.V. Sukhanova // Bulletin of MSTU “STANKIN”. - 2017. - no. 2 (41). - pp. 79-83.
5. Sukhanova, N.V. Application of Switching Structure for Ensuring Fault Tolerance of Hardware of Computing Systems [Text] / N.V. Sukhanova // Bulletin of MSTU “STANKIN”. - 2017. - no. 3 (42). - pp.105-110.
6. Patent №2631987 Russian Federation IPC G06F 15/16 (2006.01) A method for Increasing the Circuit Fault Tolerance and A Fail-Safe Circuit for its Implementation: № 2016103080/08(004655): appl. 01 February 2016: publ. 09 September 2017 [Text] / N.V. Sukhanova [et al.]: applicant: Federal State Budgetary Institution of Science, Institute for Design-Technological Informatics of the Russian Academy of Sciences (IDTI RAS). - 3 p.
7. Sukhanova, N.V. Development of Requirements to Hardware-Software Complex of Intelligence Systems of Control in Mechanical Engineering [Text] / N.V. Sukhanova // Science-Intensive Technologies in Mechanical Engineering. - 2018. - no. 12 (90). - pp. 38-43.
8. Sukhanova, N.V. Development of Intelligent Automated Control Systems in Mechanical Engineering [Text] / N.V. Sukhanova. - Science-Intensive Technologies in Mechanical Engineering. - 2018. - no. 11 (89). - pp. 42-48.
9. Sukhanova, N.V. Ensuring the Reliability of Intelligent Control Systems [Text] / N.V. Sukhanov // Quality. Innovation. Education. - 2018. - no. 2 (153). - pp. 23-29.
10. Sukhanova, N.V. Electronic Circuit Failure Modeling Using Neural Networks [Text] / N.V. Sukhanova // Bulletin of Bryansk State Technical University. - 2018. - vol. 8. - pp.76-83.
11. Sukhanova, N.V. Developing and Researching a Method for Monitoring the Automated Control System Performance Based on Artificial Neural Networks [Text] / N.V. Sukhanova // Bulletin of Bryansk State Technical University. - 2018. - no. 7. - pp. 91-98.
12. Sukhanova, N.V. Development and Research of Flexi-ble Programmable Architecture of Electronic Schemes [Text] / N.V. Sukhanova // Nauchnoye Priborostroyeniye. - 2018. - vol. 28. - no. 4. - pp.146-150.
13. Sukhanova, N.V. Improvement of Intelligent Automated Control System Structure Based on Technologies of Strategic, Competitive and Situation Control [Text] / N.V. Sukhanova // Science-Intensive Technologies in Mechanical Engineering. - 2019. - no. 5 (95). - pp. 42-48.
14. Sukhanova, N.V. Improving the structure of the intellectual automated control systems on the basis of technologies of strategic, competitive and situational management [Text] / N.V. Sukhanova // science Intensive technologies in mechanical engineering. - 2019. - №5 (95). - P. 42-48.
