Per Christian Hansen Professor, dr.techn. VILLUM Investigator
My specialization is
numerical
analysis,
numerical
linear algebra,
iterative
reconstruction methods, and computational methods for
inverse problems.
My research lies within applied mathematics: theoretical analysis (e.g.,
perturbation theory
and convergence
analysis) goes hand in hand with practical development and implementation of
robust,
adaptive and efficient
computational methods.
These slides give a brief overview
of my research in inverse problems.
My results are of general interest in scientific computing and,
in particular, computational inverse problems.
Some of my work has applications in computed tomography for
materials science, image deblurring, signal analysis, and antenna design.
I have written 4 books, 100+ scientific papers and several Matlab
software packages.
I hold a
VILLUM Investigator grant which allows me build a new
research initiative CUQI
at DTU for Computational Uncertainty
Quantification for Inverse Problems.
The goal is to create a computational platform, suited for nonexperts,
to characterize and study how errors and uncertainties in the data and
the mathematical models propagate
to the computed solution to the inverse problem.
Contact Information
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Department of
Applied Mathematics and Computer Science (DTU Compute)
Section for Scientific Computing
Technical University of Denmark DK2800 Kgs. Lyngby, Denmark
Office: building 303B, room 114
Email: pcha@dtu.dk
URL: http://people.compute.dtu.dk/pcha (this page)
Phone: +45 45.25.30.97
Mobil: +45 23.65.27.98
Skype: perchristianhansen
Secretary:
Anette
Iversen, Building 303B, room 005. Phone: +45 45.25.33.53.
Email: anive@dtu.dk.
Personal Data
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SIAM
Fellow of 2015 for contributions to algorithms for rankdeficient and
discrete illposed problems and regularization techniques.
Research Projects Click the logos for information
Professional Memberships
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