ALGORITHM FOR REAL SYSTEM COORDINATION.

J. Szymanowski, M. Brdys, Andrzej Ruszczynski

Research output: Contribution to conferencePaper

Abstract

The algorithm is based on the mathematical model of the system and takes advantage of the measurements made in the real system. Constraints imposed on the control variables in the real system are taken into account and after completing the coordination a feasible control is obtained. Convergence of the algorithm is proved under Kantorovich-type conditions. All considerations are made in hilbert spaces. The two-level method of real system coordination, the so-called Interaction Balance Method with Feedback-IMBF, is the basis for these considerations.

Original languageEnglish (US)
Pages561-570
Number of pages10
StatePublished - Jan 1 2017
EventLarge Scale Syst Theory and Appl, Proc of the IFAC Symp - Udine, Italy
Duration: Jun 16 1976Jun 20 1976

Other

OtherLarge Scale Syst Theory and Appl, Proc of the IFAC Symp
CityUdine, Italy
Period6/16/766/20/76

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Hilbert spaces
Mathematical models
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Szymanowski, J., Brdys, M., & Ruszczynski, A. (2017). ALGORITHM FOR REAL SYSTEM COORDINATION.. 561-570. Paper presented at Large Scale Syst Theory and Appl, Proc of the IFAC Symp, Udine, Italy, .
Szymanowski, J. ; Brdys, M. ; Ruszczynski, Andrzej. / ALGORITHM FOR REAL SYSTEM COORDINATION. Paper presented at Large Scale Syst Theory and Appl, Proc of the IFAC Symp, Udine, Italy, .10 p.
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Szymanowski, J, Brdys, M & Ruszczynski, A 2017, 'ALGORITHM FOR REAL SYSTEM COORDINATION.' Paper presented at Large Scale Syst Theory and Appl, Proc of the IFAC Symp, Udine, Italy, 6/16/76 - 6/20/76, pp. 561-570.

ALGORITHM FOR REAL SYSTEM COORDINATION. / Szymanowski, J.; Brdys, M.; Ruszczynski, Andrzej.

2017. 561-570 Paper presented at Large Scale Syst Theory and Appl, Proc of the IFAC Symp, Udine, Italy, .

Research output: Contribution to conferencePaper

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Szymanowski J, Brdys M, Ruszczynski A. ALGORITHM FOR REAL SYSTEM COORDINATION.. 2017. Paper presented at Large Scale Syst Theory and Appl, Proc of the IFAC Symp, Udine, Italy, .