The SFB program expired on September 30, 2008. For the link to the successor project click DK Computational Mathematics

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UnpublishedColloquium


September 27, 2008

Bibliography

1

M. Burger.
Level set methods in material sciences and inverse problems.
University Graz, October 2002.

2

M. Burger.
Anisotropic interface dynamics with curvature regularization.
Universität Duisburg-Essen, 2004.

3

M. Burger.
Fast level set based optimization techniques.
Applied Mathematics Colloquium, UC Irvine, March 2004.

4

M. Burger.
Fast optimal design of semiconductor devices.
Joint APAM / IEOR Colloquium, Columbia University, New York, February 2004.

5

M. Burger.
Iterated regularization based on Bregman distances.
Image Processing Colloquium, UCLA, March 2004.

6

M. Burger.
Level set methods for direct and inverse obstacle problems.
Universität Wien, 2004.

7

M. Burger.
Optimal design of semiconductor and nano devices.
PACM Colloquium, Princeton University, February 2004.

8

M. Burger.
Optimal design of semiconductor and nano devices.
CAM Colloquium, University of Southern California, Los Angeles, March 2004.

9

M. Burger.
Optimal design of semiconductor and nano devices.
Universität Erlangen-Nürnberg, 2004.

10

M. Burger.
Optimal design of semiconductor and nano devices.
TU Dresden, 2004.

11

M. Burger.
Surface diffusion including adatoms.
Stiftung CAESAR, Bonn, 2004.

12

M. Burger.
Some aspects of surface diffusion.
University Oslo, 2005.

13

H. Egger.
Stabilität in nichtlinearen parabolischen inversen Quellproblemen.
Fakultät für Mathematik, TU Chemnitz, June 2004.

14

H. Engl.
Computational methods for inverse problems.
Computing Laboratory, Oxford University, April 2001.

15

H. Engl.
An inverse problem from nondestructive testing.
Strathclyde University, March 2001.

16

H. Engl.
Iterative regularization of nonlinear inverse problems.
University of Loughborough, March 2001.

17

H. Engl.
Iterative regularization of nonlinear inverse problems.
Welsch Mathematics Colloquium, Gregynog, Wales, May 2001.

18

H. Engl.
Parameters in polymer crystallization, semiconductor models and elasticity via iterative regularization methods.
Berkeley, USA, November 2001.

19

H. Engl.
Regularization of inverse problems: mathematical methods and applications.
OCIAM, Oxford University, January 2001.

20

H. Engl.
Regularization of inverse problems: mathematical methods and applications.
Strathclyde University, March 2001.

21

H. Engl.
Mathematics as basis for software in engineering and finance; iterative regularization methods for nonlinear inverse problems for partial differential equations.
Österreich Innovativ, Expertensendung nach Israel, Vorträge in Tel Aviv und Haifa, November 2005.

22

H. Engl.
Hot stuff: From ironmaking furnaces via inverse problems to mathematical finance.
Universität Goettingen, April 2006.

23

H. Engl.
Iterative methods for the regularization of nonlinear inverse problems.
Colloquium ``There is nothing more practical than a good theory'', Fraunhofer-Institut Kaiserslautern, September 2006.

24

H. Engl.
Regularization of nonlinear inverse problems: Convergence analysis, new challenges.
Wichita State University, August 2006.

25

H. W. Engl.
Inverse problems in industrial applications.
Research Chinese University of Hongkong, March 29 -April 8, 1998.

26

H. W. Engl.
Nonlinear inverse problems: Regularization theory, industrial applications.
Universität Wien, September 1999.

27

H. W. Engl.
Mathematical Modelling and Numerical Simulation: From Iron and Steel Making via Inverse Problems to Finance.
invited talk at the University of Tokyo, October 2006.

28

H. W. Engl.
Regularization of Nonlinear Inverse Problems: Mathematics, Industrial Application Fields, New Challenges.
invited talk at the University of Tokyo, October 2006.

29

H. W. Engl.
Industrial Mathematics in Linz.
Treffen WKO, AVL, Linz, April 2007.

30

H. W. Engl.
Mathematical Modelling and Numerical Simulation: From Iron and Steel Making via Inverse Problems to Finance.
Ecole Nationale des Ingenieurs de Tunis, Mai 2007.

31

A. Hofinger.
Inverse problems: Deterministic vs. stochastic point of view.
Zaragoza, June 2004.

32

T. Hohage.
Analytische Abhängigkeit des Feldes vom Rand bei Streuung an nicht-glatten Gebieten.
Seminar talk at the University of Göttingen, December 7, 1998.

33

T. Hohage.
Regularisierung von exponentiell schlecht gestellten Problemen.
Seminar des Instituts für numerische und angewandte Mathematik Goettingen, December 1999.

34

T. Hohage.
Inverse medium scattering problems: Conditional stability and numerical solution.
at Technical University of Helsinki, April 2000.

35

T. Hohage.
Inverse medium scattering problems: Stability and numerical solution.
WIAS Berlin, August 2000.

36

B. Kaltenbacher.
Ill-posed problems, regularization by discretization, and multigrid methods.
Lehrstuhl für Systemsimulation, Universität Erlangen, November 2000.

37

B. Kaltenbacher.
Material parameter identification by regularizing Newton-multilevel iterations.
Berlin, September 2001.

38

B. Kaltenbacher.
Mehrgitterverfahren für instabile inverse probleme.
Oberseminar des Lehrstuhls für angewandte Mathematik, Universität Bayreuth, June 2001.

39

B. Kaltenbacher.
Inverse Probleme -- Anwendungen in der Geodaesie und Regularisierung durch Mehrgitterverfahren.
Munich, September 2002.

40

B. Kaltenbacher.
Materialparameterbestimmung mittels regularisierter Newton-Mehrgitter-Iterationen.
Augsburg, June 2002.

41

B. Kaltenbacher.
Multi-grid methods for unstable problems.
Institut für Mathematik, Universität Erlangen, January 2002.

42

B. Kaltenbacher.
Regularization by multilevel discretization for linear and nonlinear ill-posed problems.
Oberseminar Numerik/Optimierung, Max-Planck-Institut für Mathematik in den Naturwissenschaften, Leipzig, January 2002.

43

P. Kügler.
A weak source condition for identifying a nonlinearity.
The University of Tokyo, September 2000.

44

P. Kügler.
A weak source condition for identifying a nonlinearity.
The Chinese University of Hong Kong, October 2000.

45

P. Kügler.
Estimating young's modulus of glass sheets.
10th Cambridge/Oxford Applied Mathematics Meeting, June 2001.

46

P. Kügler.
Identifying a nonlinearity from single boundary measurements.
JAMS - University of Oxford, February 2001.

47

P. Kügler.
Some progress in solving the inverse windscreen problem.
OCIAM - University of Oxford, January 2002.

48

P. Kügler.
Identification on nonlinearities in pdes with application to electrodynamics.
MTM, Florianopolis, Brazil, 2004.

49

P. Kügler.
An inverse problem of mixed type related to the manufacture of car windshields.
IMPA, Rio de Janeiro, Brazil, 2004.

50

P. Kügler.
On the identification of nonlinearities in pdes.
IPM, Tehran, Iran, 2004.

51

A. Leitao.
A Mann iterative method for elliptic Cauchy problems.
AG Numeric, Dynamic und Optimierung (Goethe Universität, Frankfurt/M), November 2000.

52

H. K. Pikkarainen.
Convergence rates for linear inverse problems in the presence of an additive normal noise.
Georg-August-Universität Göttingen, March 2007.

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SpezialForschungsBereich SFB F013 | Special Research Program of the FWF - Austrian Science Fund