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- Copenhagen, Denmark
-
00:12
(UTC +02:00) - mipals.github.io
- https://orcid.org/0000-0002-4274-2614
Highlights
- Pro
I am currently PostDoc at the Section for Scientific Computing at the Technical University of Denmark (DTU). Previously I was a PhD student in the Acoustic Technology Group (ACT) as well as The Centre for Acoustic-Mechanical Micro Systems (CAMM) at DTU. Before this I studied computational science and engineering with an emphasis on optimization methods and numerical analysis.
Things I deal with on a regular basis
- Boundary Integral Equations (using the Boundary Element Method, the Fast Multipole Method, and
$\mathcal{H}$ -matrices). - Structured linear algebra (specifically rank structure and sparsity).
- Optimization algorithms (mostly interior point methods for conic optimization).
- Scientific Machine Learning
Pinned Loading
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JuliaSparse/Pardiso.jl
JuliaSparse/Pardiso.jl PublicCalling the PARDISO library from Julia
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BoundaryIntegralEquations.jl
BoundaryIntegralEquations.jl PublicA simple package for solving Boundary Integral Equations using the (collocation) Boundary Element Method.
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BlockDiagonalMatrices.jl
BlockDiagonalMatrices.jl PublicA Julia package for computing with block diagonal matrices
Julia 1
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SymSemiseparableMatrices.jl
SymSemiseparableMatrices.jl PublicA package for efficiently computing with symmetric extended generator representable semiseparable matrices (a type of rank structured matrix).
Julia 1
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egrssmatrices
egrssmatrices PublicShort implementation of a EGRSS matrix format including an application example in smoothing spline fitting.
Python 2
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