Birs- 23w5139: Geometry, Topology and Control System Design

  1. Title:
    Geometry and Applications of Optimal Mass Transport and Schrödinger Bridges (Part I)

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  2. Title:
    Geometry and Applications of Optimal Mass Transport and Schrödinger Bridges (Part II)

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  3. Title:
    Composition, superposition, and regularity properties for ordinary differential equations

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  4. Title:
    How regular-enough set-valued dynamics allow for the usual asymptotic stability theory, and more.

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  5. Title:
    Obstacles, and ways to avoid them (Part I)

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  6. Title:
    Obstacles, and ways to avoid them (Part II)

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  7. Title:
    Reachability Analysis of Neural Network Controlled Systems: A Mixed Monotone Contracting Approach

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  8. Title:
    From retraction maps to geometric integrators for mechanical systems

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  9. Title:
    Asymptotic stabilizability

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  10. Title:
    Dynamical System and Control Theory Program at AFOSR

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  11. Title:
    Systems and Control - Quo Vadis - What would Roger say

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  12. Title:
    Reduction, Enlargement, and Optimal Collective Behavior

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  13. Title:
    Neumann Boundary Control of the Wave Equation via Linear Quadratic Regulation

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  14. Title:
    A geometric-control view of the universal approximation power of deep neural networks

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  15. Title:
    Whitney Stratification of Algebraic Maps and Applications to Kinematic Singularities

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