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Modelling and Inverse Problems of Control for Distributed Parameter Systems
Proceedings of IFIP (W.G.7.2)-IIASA Conference, Laxenburg, Austria, July 24–28, 1989
herausgegeben von Alexander Kurzhanski und Irena LasieckaInhaltsverzeichnis
- Tracking property: A viability approach.
- Extensions and global estimates for evolutionary discrete control systems.
- Controlling the dynamics of scalar reaction diffusion equations by finite dimensional controllers.
- Estimation of catalyst pellet activity distribution.
- Some remarks on the periodic linear quadratic regulator problem.
- Infinite dimensional control problems with state constraints.
- Approximate and numerical methods of the optimal control synthesis for stochastic systems.
- Convergence rates for regularized nonlinear illposed problems.
- On inverse problems for evolutionary systems: Guaranteed estimates and regularized solutions.
- Exponential stabilization, via Riccati operator, of hyperbolic systems with uncontrolled, unbounded perturbations.
- Some two-dimensional boundary shape optimization problems for distributed parameter systems.
- Inverse problem of dynamics for systems described by parabolic inequality.
- Sensitivity analysis of shallow shell with obstacle.
- A note on an interaction between penalization and discretization.
- Problems of mathematical modelling of nonlinear processes.
- Some results concerning free boundary problems solved by domain (or shape) optimization of energy.