[BANANA] Seminar: Wed Feb 15

[Gene H Golub]

SCCM Seminar
Winter Quarter 2006
4:15 p.m.
Gates 100

Monday, February 15, 2006


Christian Mehl
Technical University of Berlin

Numerical Solution of Palindromic Eigenvalue Problems

Abstract:

In the talk, we discuss palindromic eigenvalue problems. Such problems 
arise, e.g., in the vibration analysis of rail tracks under excitation 
from high speed trains. We present three numerical methods for the 
solution of such eigenvalue problems: (1) a generalization of the Laub 
method for the solution of Hamiltonian eigenvalue problems; (2) a 
generalization of Eberlein's Jacobi-like method for general complex 
eigenvalue problems; (3) a hybrid method which combines (1) and (2).





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Gene H Golub
Fletcher Jones Professor of Computer Science
Computer Science Dept
Gates 2B, 280
Stanford University
Stanford, CA 94305
Phones:
(O) 650/723-3124
(H) 650/323-0105
(C) 650/796-5402
Fax:
650/618-2767


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