Spring Lectures N. 18: Geometric Mechanics, Dynamical systems and Control Theory (1995).

  • Principal Lecturer: Jerrold E. Mardsen (University of California, Berkeley)
  • Contributions by:
  • G. Haller, "Diffusion in Hamiltonian systems"
  • R. Montgomery, "Su-Riemannian geometry"
  • A. Shoshitaishvili, "Some new problems in Control Theory"
  • L. Drager, "Controllability of linear systems, Riccati equations and the geometry of generalized grassmannians"
  • T. Ratiu, "Poisson and semidirect product reduction theory"
  • M. Alber, "On umbilic geodescis and soliton solutions of nonlinear PDE's"
  • D. Mittenhuber, "Hamiltonian systems on Liegroups: application to problems in Lie semigroups"
  • G. Misiolek, "Conjugate points on diffeomorphism groups and hydrodynamics"
  • B. Zaslavsky, "Feedback stabiliztion of any number of connected oscillators with uncontrollable Linearization"
  • M. Silber, "Bifurcation in the presence of Symmetry"
  • V. Jurdjevic, "Constrained Hamiltonian Systems"
  • G. Wolansky, "Stability of stationary Solutions of Vlasov type and Flow equations in the presence of Symmetries"
  • E. Barany, "Adaptive control and non-lienar dynamics"
  • R. Murray, "Geometric Phases and Robotic Locomotion"
  • P. Tantalo, "Classical Berry Phases for the rigid body"
  • N. Leonard, "averaging, rigid body dynamics, holonomy and control"
  • M. Shapiro, "Cartan cone distribution and non-singularity of solutions of finite Toda Lattice"
  • S. Singer, " Complex variable action for Toda Lattice"
  • P. Krishnaprasad, "Geometry of non-holonomic systems on Lie groups"
  • A. Bloch, "Lagrangian and Hamiltionan formulation of Constrained variational problems",
  • A. Sarychev, "Optimal control for 2-chained systems"
  • K. Ehiers, " Geomtetric phases in swimming micro-organisms"
  • G. Walsh, "Issues regarding stabilization of constrained mechanical systems"
  • B. Shapiro, "On classification of syplectic leaves for the Gelfand-Dickey bracket,...."
  • A. Burov, "On restrictness and complementarity in rigid body dynamics"
  • G. Osipenko, "Methods of applied symbolic mechanics"
  • L. Norris, "n-symplectic geoemtry on frame bundles"
  • J. Lawson, "Generalized symplectic geometry as a covering theory for the hamiltonian theory for the Hamiltonian theories of classical particles and fields"
  • S. Kresic-Juric, "Loop groups, discretized Neumann oscillator and Matrix Riccati".