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Distributed Parameter Systems
Proceedings of the 2nd International Conference Vorau, Austria 1984
herausgegeben von Franz Kappel, Karl Kunisch und Wilhelm SchappacherInhaltsverzeichnis
- On a variational approach to some parameter estimation problems.
- Fixed point methods in nonlinear control.
- An initial value control problem for burgers' equation.
- Optimal periodic control of retarded Lienard equations.
- On the identification of a spatially varying coefficient appearing in a parabolic partial differential equation.
- Disturbance decoupling for distributed systems by boundary control.
- Riccati equation with unbounded coefficients.
- Some problems in shape optimal design for communications satellites.
- Identification and control for distributed parameters in porous media flow.
- The maximum principle for nonlinear nonconvex systems in infinite dimensional spaces.
- On the optimal control of non well posed systems with boundary control.
- Legendre-tau approximation for functional differential equations part III: Eigenvalue approximations and uniform stability.
- On solving time-minimal control problems.
- Approximations of Riccati equations corresponding to hyperbolic boundary control problems.
- Parameter identification problems for interconnected distributed parameter systems and applications to a biotechnological plant.
- Tandem connection of systems with delays.
- Modelling and parameter estimation for distributed vibratory systems.
- Algorithmic approaches to sets of „good answers“ in inverse problems.
- An abstract framework for infinite dimensional systems with unbounded control and observation.
- Coefficient identification for a parabolic problem.
- On strong solution, uniqueness, stability and comparison theorems for a stochastic system with poisson jumps.
- Differential stability of control constrained optimal control problems for distributed parameter systems.
- Improvement of stability properties of hyperbolic damped wave equation via boundary feedback.
- Maximum principle of distributed parameter systems with time lags.
- Optimality conditions and duality for continuous time programming without differentiability.
- Shape stabilization of flexible structure.