Open Dynamical Systems: Ergodic Theory, Probabilistic Methods and Applications
Videos from BIRS Workshop
Mark Demers, Fairfield University
Monday Apr 9, 2012 08:38 - 09:29
Dispersing billiards with holes
Nicolai Haydn, University of Southern California
Monday Apr 9, 2012 09:36 - 10:26
The almost sure invariant principle for uniformly strong mixing measures
Rainer Klages, Queen Mary University of London
Monday Apr 9, 2012 12:02 - 12:33
Where to place a hole to achieve a maximal diffusion coefficient
Simon Lloyd, University of São Paulo
Monday Apr 9, 2012 14:01 - 14:30
Slowly decaying modes for skew-product systems
Leonid A. Bunimovich, Georgia Institute of Technology
Monday Apr 9, 2012 16:01 - 16:49
Finite time dynamics
Paul Tupper, Simon Fraser University
Monday Apr 9, 2012 17:02 - 17:27
Using the Lorentz gas to resolve a paradox of state-dependent diffusion
Viviane Baladi, Ecole Normale Superieure, CNRS
Tuesday Apr 10, 2012 08:32 - 09:29
On the Whitney-Holder differentiability of the SRB measure in the quadratic family
Carlangelo Liverani, University of Rome Tor Vergata
Tuesday Apr 10, 2012 09:35 - 10:32
Partially hyperbolic systems close to trivial extensions
Erik Bollt, Clarkson University
Tuesday Apr 10, 2012 11:04 - 11:33
Basis Markov Systems, Estimated Transfer Operators of Open Systems, and Absorbing Markov Chains
Naratip Santitissadeekorn, University of North Carolina - Chapel Hill
Tuesday Apr 10, 2012 11:34 - 12:02
Transfer operator approach for finite time coherent sets identification
William Ott, University of Houston
Tuesday Apr 10, 2012 12:03 - 12:34
Memory loss for time-dependent dynamical systems
Matthew Nicol, University of Houston
Tuesday Apr 10, 2012 15:06 - 15:28
Erdös Rényi limit laws for dynamical systems
James Alan Yorke, University of Maryland
Tuesday Apr 10, 2012 16:03 - 16:46
Partial Control
Tom Watson, University of New South Wales
Tuesday Apr 10, 2012 16:56 - 17:24
Computing Oseledets subspaces: A short overview
Michael Dellnitz, University of Paderborn
Wednesday Apr 11, 2012 08:33 - 09:22
The Computation of Invariant Sets via Newton’s Method
Mark Pollicott, Warwick University
Wednesday Apr 11, 2012 09:34 - 10:21
Asymptotics of geodesic flows
Roland Zweimüller, University of Vienna
Thursday Apr 12, 2012 08:32 - 09:28
Systems with holes as a tool for recurrent infinite measure systems
Dalia Terhesiu, University of Vienna
Thursday Apr 12, 2012 09:37 - 10:26
A new technique for sharp mixing rates associated with infinite measure preserving systems
Oscar Bandtlow, Queen Mary, University of London
Thursday Apr 12, 2012 11:04 - 11:54
Lagrange-Chebyshev approximation of transfer operators
Oliver Junge, Technical University of Munich
Thursday Apr 12, 2012 12:04 - 12:25
Estimating long term behavior of flows without trajectory integration: An infinitesimal generator approach
Pawel Góra, Concordia University
Thursday Apr 12, 2012 14:03 - 14:27
Random map model of metastable system
Rua Murray, University of Canterbury - New Zealand
Thursday Apr 12, 2012 14:32 - 14:59
Numerical approximation of conditionally invariant measures
Peyman Eslami, Concordia University
Thursday Apr 12, 2012 15:04 - 15:28
On the acim-stability of piecewise expanding dynamical systems
Andrew Ferguson, University of Bristol
Thursday Apr 12, 2012 16:01 - 16:28
The dimension of some sets generated by systems with holes
Robyn Stuart, UNSW
Thursday Apr 12, 2012 16:30 - 16:49
Almost-invariance in Open Dynamical Systems
Yuzuru Sato, Department of Mathematics, Hokkaido University, Kita-ku, Sapporo, Hokkaido 060-0812, Japan
Thursday Apr 12, 2012 16:55 - 17:26
Noise-induced phenomena and their applications
James Meiss, University of Colorado, Boulder
Friday Apr 13, 2012 08:32 - 09:28
Transport in Transitory Systems: Mixing in Droplets
Sanjeeva Balasuriya, University of Adelaide
Friday Apr 13, 2012 09:33 - 09:59
Flow barriers and flux in non-autonomous flows
Kevin Lin, University of Arizona
Friday Apr 13, 2012 10:02 - 10:30
Reliability of Driven Oscillator Networks
Henk Bruin, University of Vienna
Friday Apr 13, 2012 11:05 - 12:01
Renormalization and Thermodynamic Formalism in Subshifts
