2006 SIAM Annual Meeting
MINISYMPOSIUM ON
Recent Trends in Splitting and Adaptive Methods
for Differential Equations
Adaptive and splitting methods provide highly efficient and reliable ways to
solve differential equations modeling numerous important phenomena from
fundamental physics to manufacturing. While traditional analysis is extremely
helpful in the study, new challenges emerge in many cases, especially when
strong nonlinearities or singularities are involved. Novel theory and
algorithmic developments, including asymptotically stable splitting operators,
splitting adaptations and quantum geometric integrations, have become
increasingly important in the post Sheng-Suzuki
Theorem era.
This minisymposium will provide information
at the
cutting-edge of the literature. It will promote cross-disciplinary
investigations at various levels. The invited speakers are internationally
recognized leading experts in the study.
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Organizers:
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Qin Sheng
Baylor University
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Abdul M. Khaliq
Middle Tennessee State University
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MS63 - Part I of II
Thursday, July 13
10:30 AM - 12:30 PM
Room:
10:30-10:55 Stability And
Convergence Of The Adaptive Splitting Methods For Certain Singular Problems
Qin Sheng,
Baylor University;
Abdul M. Khaliq, Middle Tennessee State University
11:00-11:25 Splitting Methods
For Linear Separable Partial Differential Equations And Beyond
Sergio Blanes,
Universidad Politecnica de Valencia, Spain
11:30-11:55 Forward Time-Step Splitting Methods
For Solving Physical Evolution Equations
Siu A. Chin, Texas
A&M University
12:00-12:25 Description Of
Light Focusing By A Lens Using Integral Solutions Of The Wave Propagation
Equation
Shekhar
Guha and Glen Gillen, U.S. Air Force Research Laboratory
Friday, July 14
MS94 - Part II of II
2:00 PM - 4:00 PM
Room:
2:00-2:25 Linearly Implicit LOD Methods For
Reaction Diffusion Systems
Abdul M. Khaliq,
Middle Tennessee State University;
David A. Voss, Western Illinois University
2:30-2:55 Iterative Operator Splitting Methods
As Effective Decomposition Methods For Multiphysics Problems: Theory And Application
Juergen
Geiser, Humboldt University at Berlin, Germany
3:00-3:25 On Growth
Factors
Of The LU, Cholesky, And Modified Gram-Schmidt
Factorizations In Splitting
Musheng
Wei, East China Normal University, China
3:30-3:55 Higher-Order Operator Splitting Methods
And Their Application In Quantum Computers
Andrew Sornborger,
University of Georgia
2006 SIAM
Annual Meeting Information
Registration Information (Please make
your registration as early as possible before June 7, 2006)
Hotel Information (Please make
your reservation as early as possible before June 7, 2006)
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