Tuesday July 26/7:30

CP12/Harbor 3

Hamiltonian Systems; Control Theory

• 7:30: Nonlinear Tracking Problem Solution via Nonlinear Sliding Manifolds. Yuri Shtessel, University of Alabama, Huntsville
• 7:45: Logarithmic Correction to the Probability of Capture for Dissipatively Perturbed Hamiltonian Systems. Richard Haberman and Eric K. Ho, Southern Methodist University
• 8:00: Reduction and Optimization of Hamiltonian Control Systems with Symmetry and Applications in Molecular Control. Florence J. Lin, Bunting Institute of Radcliffe College, Harvard University and University of California, Berkeley
• 8:15: The Driven Pendulum: Theory, Practice and Implications for Control. Elizabeth Bradley, University of Colorado, Boulder
• 8:30: An Optimal Interactor of Reference Model Control System. Yuzo Yamane, Ashikaga Institute of Technology, Japan
• 8:45: Design of Fuzzy Logic Controller using Stochastic Optimal Control Strategy. Behzad Moshiri, Alireza Fetehi, and Babak Nahid Mobarakeh, Tehran University, Iran
• 9:00: Robustness Property of a Direct Adaptive Control Strategy. Behzad Moshiri, Tehran University, Iran
• 9:15: An Algorithm for the Analysis of Coupling for a Decentralized Control in a Distributed System. Hossain Ahmadi, University of Tehran, Iran