Titlebook: Boundary Control and Boundary Variation; Proceedings of IFIP Jean Paul Zoléesio Conference proceedings 1992 Springer-Verlag Berlin Heidelb

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https://doi.org/10.1007/978-3-030-91634-3We establish boundary controllability for the Neumann (and other) problems for hyperbolic equations with constant coefficients in polyhedral domains not using multiplier methods. The method, which has the advantage that the “energy” remains bounded, is well suited for computations. Applications are discussed.

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Remarks on boundary control for polyhedral domains and related results,We establish boundary controllability for the Neumann (and other) problems for hyperbolic equations with constant coefficients in polyhedral domains not using multiplier methods. The method, which has the advantage that the “energy” remains bounded, is well suited for computations. Applications are discussed.

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Lecture Notes in Control and Information Scienceshttp://image.papertrans.cn/b/image/189986.jpg

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RNA isolation using CsCl gradients assumptions, the associated value function is differentiable along optimal trajectories. For this purpose we prove a backward uniqueness result for a class of abstract evolution equation of parabolic type.

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https://doi.org/10.1007/978-3-322-88515-9eter .≥0 at .=0 under relaxed assumptions. Those technical results have a wide spectrum of applications: Control Theory, Shape Sensitivity Analysis, Game Theory, etc... In non-differentiable situations they provide an interesting description of the non-differentiability.

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Differentiability of Min Max and saddle points under relaxed assumptions,eter .≥0 at .=0 under relaxed assumptions. Those technical results have a wide spectrum of applications: Control Theory, Shape Sensitivity Analysis, Game Theory, etc... In non-differentiable situations they provide an interesting description of the non-differentiability.