USING OPTIMAL CONTROL METHODS FOR SOLVING INVERSE PROBLEMS OF EVALUATION OF TEST TECHNICAL SYSTEMS RESULTS.
Authors:
3.
Institut konstruktorsko-tehnologicheskoy informatiki RAN
(aspirant)
Moskva, Moscow, Russian Federation
Moskva, Moscow, Russian Federation
Type:
Article
Pages:
from 119
to 126
Status:
Published
Received:
06.12.2016
Accepted:
06.12.2016
Published:
06.12.2016
Language:
Russian
Keywords:
dynamical system, the inverse problem, the object of control, controller, identifiability, controllability, optimal control law.
Abstract (English):
The article draws attention to the identity of the methods for solving problems of identification arising from the evaluation of test results of complex dynamic systems, the classical problems of the theory of optimal control. Shows how to use the latest techniques can be very effective for solving certain types of inverse problems both during active and passive experiment. The authors believe that there are many inverse problems, where it will be possible using effective methods of optimal control.
The article draws attention to the identity of the methods for solving problems of identification arising from the evaluation of test results of complex dynamic systems, the classical problems of the theory of optimal control. Shows how to use the latest techniques can be very effective for solving certain types of inverse problems both during active and passive experiment. The authors believe that there are many inverse problems, where it will be possible using effective methods of optimal control.
Keywords:
dynamical system, the inverse problem, the object of control, controller, identifiability, controllability, optimal control law.
dynamical system, the inverse problem, the object of control, controller, identifiability, controllability, optimal control law.
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