BIRS workshop on Model Reduction Problems and Matrix Methods

April 3-8, 2004
Banff, Alberta, Canada

Organizers: Gene Golub (Stanford University), Anne Greenbaum (University of Washington), James Varah (University of British Columbia),
 
 
 
Roland Freund Dimension Reduction of Higher Order Systems via Krylov Subspace Techniques
Dan Sorensen Introduction to Gramian-Based Model Reduction
Tatjana Stykel Model Reduction of Descriptor Systems via Low Rank Generalized Gramians
Thanos Antoulas Model Reduction of Large-Scale Systems: an Overview
Karl Meerbergen Krylov methods for vibration problems with proportional damping
Karen Willcox Model Reduction for Large-Scale Applications in Computational Fluid Dynamics
Jacob White Model Reduction for Nonlinear and Parameterized Systems
Alexandre Megretski LTI Model Order Reduction for Finite Segments of Impulse Response
Henrik Olsson Dual Rational Arnoldi for Non-Normal LTI-systems, and a Look at a DAE with Nonlinearities
Ming Gu Rapid Solution of the Stein Equation
Luca Daniel Reduced Order Modeling of Parameterized and Distributed Systems
Serkan Gugercin/ Thanos Antoulas Approximation and Control of Large-Scale Dynamical Systems via Krylov Projection Methods
Zhaojun Bai Structure-Preserving Model Reduction of Very Large Second-Order Dynamical Systems
Linda Petzold Error Estimation for Reduced Order Models of Dynamical Systems
Paul Van Dooren Model Reduction of Interconnected Systems
Roland Freund Structured Krylov Subspaces Associated with Higher-Order Systems
Brigitte Verdonk Shape Reconstruction: An Identification Problem
Jaijeet Roychowdhury Model-order Reduction for LPTV Systems and connections with nonlinear oscillator macromodelling
Peter Benner Passive Reduced-Order Modeling Using Positive-Real Balancing
Luca Gemignani QR Algorithms for Eigenvalue Computation of Structured Matrices
Dan Boley Transpose-Free Two-Sided Lanczos with Multiple Starting Vectors
Annie Cuyt Adaptive Scatterd Rational Interpolation with Applications in Metamodelling
Qiang Ye Krylov Type Subspace Methods for Quadratic Matrix Polynomials
Lothar Reichel Restarted Lanczos Methods for Large Singular Value Problems
Felix Kwok Combining Direct and Iterative Methods to Solve Partitioned Linear Systems
Chen Greif Augmented Lagrangian Techniques for Solving Saddle Point Linear Systems
Uri Ascher Cloth Simulation:  Mesh Decomposition and a Preconditioned Constrained Conjugate Gradient Algorithm