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Optimal Control Problems with Disorder
Automation and Remote Control, 2019zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Belyavskii, G. I. +2 more
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Degenerate problems of optimal control. II
Automation and Remote Control, 2011zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Gurman, V. I., Kang, Ni Ming
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Infinite Dimensional Parametric Optimal Control Problems
Mathematische Nachrichten, 1993AbstractIn this paper we study parametric optimal control problems monitored by nonlinear evolution equations. The parameter appears in all the data, including the nonlinear operator. First we show that for every value of the parameter, the optimal control problem has a solution.
Aizicovici, Sergiu +1 more
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Conversion of optimal control problems into parameter optimization problems
Guidance, Navigation, and Control Conference, 1996Summary: Several methods exist for converting optimal control problems into parameter optimization problems, and they are categorized by the unknowns of the parameter optimization problem, the numerical integration technique, and the order of the integration technique.
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1984
This book is mainly concerned with static optimization problems and mathematical programming problems. Only a few sections of Chapter IX (Tangent methods), and Chapter XI (Dynamic economic models) were concerned with dynamic control problems.
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This book is mainly concerned with static optimization problems and mathematical programming problems. Only a few sections of Chapter IX (Tangent methods), and Chapter XI (Dynamic economic models) were concerned with dynamic control problems.
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Discretization of Optimal Control Problems
2011Solutions to optimization problems with pde constraints inherit special properties; the associated state solves the pde which in the optimization problem takes the role of a equality constraint, and this state together with the associated control solves an optimization problem, i.e., together with multipliers satisfies first- and second-order necessary
Hinze, Michael, Rösch, Arnd
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Optimal obstacle control problem
Applied Mathematics and Mechanics, 2008zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Zhu, Li, Li, Xiu-Hua, Guo, Xing-Ming
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1991
Abstract All vehicles require controls if they are to function in a desired manner. These controls may, for example, steer the vehicle, accelerate it, or stop it. We can therefore think of the vehicle in two parts: the engine, body, and seats, and the controls: accelerator, brake and steering wheel.
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Abstract All vehicles require controls if they are to function in a desired manner. These controls may, for example, steer the vehicle, accelerate it, or stop it. We can therefore think of the vehicle in two parts: the engine, body, and seats, and the controls: accelerator, brake and steering wheel.
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Perturbed optimal control problems
IEEE Transactions on Automatic Control, 1986A family of problems is obtained by perturbing infinite-dimensionally the dynamics of an optimal control problem. A formula is derived for the generalized gradient of the associated value function, one which specializes to yield, for instance, information about ordinary directional derivatives. Several examples are discussed.
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Continuous Optimal Control Problems
1994Optimal control theory has been extensively used in solving many engineering problems, such as in mechanical engineering and aeronautics engineering. Its application in transportation engineering has been limited to traffic signal control on surface streets and ramp metering control on freeways.
Bin Ran, David E. Boyce
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