TENTATIVE SCHEDULE

8:309:00 
REGISTRATION 
9:009:10 
OPENING REMARKS 
9:1010:00 
Uri M. Ascher, Univerity of British Columbia
On advantages and limitations
of structure preserving difference schemes for differential equations 
10:0010:30 
COFFEE BREAK

10:3011:00 
John Guckenheimer, Cornell University
The forced van der Pol
equation revisited (slides
of talk) 
11:0011:30 
Emily Stone, Utah State University
Nonlinear models of dynamics in
drilling

11:3012:00 
Arieh Iserles, University of Cambridge
Computational and dynamical
aspects of doublebracket flows 
12:001:30 
LUNCH BREAK 
1:302:00 
Eusebius Doedel, Concordia University
Continuation of periodic solutions
in conservative systems with application to the figure8 orbit of
Montgomery, Chenciner and Simo 
2:002:30 
Randy Paffenroth, Caltech
AUTO2000 and continuation
of periodic orbits around Lagrange points

2:303:00 
Angel Jorba, University of Barcelona
Models for the dynamics of the
Trojan asteroids

3:003:30 
AFTERNOON TEA 
3:304:00 
Jorge Galan, University of Sevilla
Bifurcations of relative equilibria
and continuation of tori in Hamiltonian systems with symmetries 
4:004:30 
Dan Offin, Queens University
Instability of symmetric minimizing
orbits for Hamiltonian systems 
4:305:00 
Karin Gatermann, Berlin and ORCCA,
London
Symbolic computations for
chemical reaction systems 
5:006:30 
RECEPTION 
9:00  9:30 
Michael E. Henderson, TJ Watson Research Center
Multiple parameter continuation/computing
implicitly defined manifolds 
9:3010:00 
Hinke Osinga, University of Bristol
Computation and visualisation
of twodimensional global manifolds 
10:0010:30 
COFFEE BREAK 
10:3011:00 
Bernd Krauskopf, University of Bristol
Computing unstable manifolds
in delay differential equations 
11:0011:30 
Dirk Roose, K.U. Leuven
Computing periodic solutions and
homoclinic orbits of delay differential equations using DDEBIFTOOL 
11:3012:00 
Sue Ann Campbell, University of Waterloo
Computing higher order terms
for centre manifolds for delay equations

12:001:30 
LUNCH BREAK 
1:302:00 
Willy Govaerts, University of Gent
Bursting, homoclinics, period
doublings and blue sky catastrophes in neural models 
2:002:30 
Andre Longtin, University of Ottawa
The challenges of memory effects
in neurodynamical systems

2:303:00 
Oliver Junge, University of Paderborn
A rigorous computer assisted analysis
of the global dynamics of an infinite dimensional map 
3:003:30 
AFTERNOON TEA 
3:304:00 

4:004:30 
Rachel Kuske, University of Minnesota
Isolating the stochastic dynamics
in models sensitive to noise

4:305:00 
N. Sri Namachchivaya, University of Illinois
at UrbanaChampaign
Nonstandard reduction
of noisy mechanical systems 
9:00  9:30 
James Yorke, University of Maryland
Ensemble weather forecasting:
when good forecasts go bad

9:3010:00 
Edriss S. Titi, University of California
Postprocessing galerkin methods

10:0010:30 
COFFEE BREAK 
10:3011:30 
Yannis G. Kevrekidis, Princeton University
``Coarse" integration/bifurcation
analysis via microscopic simulators: microgalerkin methods 
11:3012:00 
Kurt Lust, K.U. Leuven
Bifurcation analysis of largescale
systems via timesteppers.

12:001:30 
LUNCH BREAK 
1:302:00 
Herb Keller, Caltech / UCSD
Preserving stability of steady
states of dynamical systems upon discretization and a cure for
instability

2:002:30 
Klaus Böhmer, PhilippsUniversity of Marburg, Germany
Numerics for bifurcation and
dynamics in partial differential equations

2:303:00 
Donald Estep, Colorado State University
Preservation of invariant rectangles
under discretization 
3:003:30 
AFTERNOON TEA 
3:304:00 
Samuel S.P. Shen, University of Alberta
Forced evolution equations as asymmetric
dynamical systems: bifurcation, stability, and collision of uniform
solutions 
4:004:30 
Herb Kunze, University of Guelph
Using the Banach fixed point
theorem to solve inverse problems in differential and integral
equations

4:305:00 
Kirsten Morris, University of Waterloo
Controller design for infinitedimensional
systems

9:00  10:00 
Walter Craig, McMaster University
Traveling surface water waves 
10:0010:30 
COFFEE BREAK 
10:3011:00 
John Stockie, University of New Brunswick
Parametric resonance in immersed
boundaries 
11:0011:30 
Gregory Lewis, The Fields Institute
The numerical approximation of
the normal form coefficients for a double Hopf bifurcation

11:3012:00 
Dwight Barkley, University of Warwick
Dynamics in the cylinder's wake

12:001:30 
LUNCH BREAK 
1:302:00 
Andy Salinger, Sandia National Labs
Stability analysis algorithms
for largescale applications 
2:002:30 
Bjorn Sandstede, The Ohio State
University
On the numerical computation
of PDE spectra of travelling waves 
2:303:00 
Erik S. Van Vleck, Colorado School of Mines
Computation of spectral intervals
for nonautonomous linear differential equations

3:003:30 
AFTERNOON TEA 
3:304:00 
Andrew Stuart, University of Warwick
Particles in a random velocity
field 
4:004:30 
Tony Humphries, University of Sussex
Travelling waves (TWs) in
lattice differential equations (LDEs) 
4:305:00 
Israel Ncube, York University
Change of criticality of Hopf
bifurcation for a multipledelayed system of identical neurons:
Some computational challenges 
9:00  9:30 
Martin Golubitsky, University of Houston
Coupled oscillators and
symmetry

9:3010:00 
Eric Kostelich, Arizona State University
Chaotic data analysis: Is
it really any good? 
10:0010:30 
COFFEE BREAK 
10:3011:00 
Jim Murdock, Iowa State University
Finding preserved geometrical
structures in dynamical systems via normal forms 
11:0011:30 
Tim Sauer, George Mason University
Shadowing breakdown and large simulation
errors 
11:3012:00 
Mitrajit Dutta, University of New Hampshire
Robust route to unshadowability
in physical systems 
12:001:30 
LUNCH BREAK 
1:302:00 
W. Yao, University of Western Ontario
Competitive modes and their applications 
2:002:30 
Yuan Yuan, University of Western Ontario
A review of the computation of
the simplest normal forms 
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