DTU Compute basic areas

Employees working on the subject of mathematics

DTU Compute consists of 10 research sections, all working in a combination of Mathematics, Statistics, Computer Science.

 

Image analysis, mathematical modeling, statistics Anders Bjorholm Dahl
Mathematical modeling, probability, applied probability Anders Stockmarr
Digital shape modeling, digital shape representation, interactive 3D modeling, real-time rendering, computer graphics Andreas Bærentzen
Mathematics, graph theory, combinatorics
Carsten Thomassen
Analysis of algorithms, complexity theory, randomized search heuristics, evolutionary algorithms Carsten Witt
Dynamical systems, iteration, mathematical analysis, applied mathematics, numerical analysis Christian Henriksen
Discrete mathematics, mathematical logic Flemming Nielson
Algorithms, data structures, compression, approximation algorithms, graph algorithms Inge Li Gørtz
Functional analysis, Harmonic analysis, Frame theory, Gabor analysis, Wavelet theory Jakob Lemvig
Differential geometry, Geometric design, Shape optimization, Isogeometric analysis, Applied Mathematics, Mathematics in industry, Geometrical effects in physics Jens Gravesen
Computer graphics, digital image synthesis, realistic rendering, material appearance, light scattering Jeppe Revall Frisvad
 Discrete Mathematics, Algebraic Coding Theory, Computer Algebra
Johan Rosenkilde
Model Predictive Control, Numerical optimization, Scientific Computing, Numerical solution of differential equations, Process control John Bagterp Jørgensen
Logic, Foundations of mathematics, Meta-Logic, Proof assistants, Type theory and higher-order logic Jørgen Villadsen
Applied mathematics, Inverse problems, Partial differential equations, Tomography, Scientific Computing Kim Knudsen
Cryptology, IT-security, Cyber security, Digital signatures, Encryption, authentication Christian D. Jensen
Industrial mathematics, nonlinear dynamics, nonlinear partial and ordinary differential equations, solitons, chaos Mads Peter Sørensen
Optimization, numerical methods, signals & systems, inverse problems, machine learning Martin Skovgaard Andersen
Functional Analysis, Partial Differential Equations, Pseudodifferential Operators, Control for PDE's Michael Pedersen
 Dynamical systems
Morten Brøns
Functional Analysis, Harmonic Analysis, Frame Theory, Gabor Analysis, Wavelet Theory Ole Christensen
Inverse problems, Tomographic reconstruction algorithms, Matrix computations, Numerical analysis Per Christian Hansen
Applied algebra, Algebraic curves, Error-correcting codes, Discrete mathematics Peter Beelen
Differentail geometry, Knot theory, Computational structural biology, Protein structure comparison and prediction, Peter Røgen
 
Algorithms, data structures, compression Philip Bille
Applied mathematics, Industrial modelling, Ordinary differential equations, Analytical mechanics Poul G. Hjorth
Medical Image Analysis, 3D shape analysis, Computational Geometry, 3D surface scanning Rasmus R. Paulsen
Mathematical logic Sebastian Mödersheim
 
Differential geometry, global geometric analysis, learning of mathematics Steen Markvorsen

 

 

 

Contact

Christian Henriksen
Associate Professor
DTU Compute
+45 45 25 30 54

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Jakob Lemvig
Associate Professor
DTU Compute
+45 45 25 30 51

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Jens Gravesen
Associate Professor
DTU Compute
+45 45 25 30 64

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Morten Brøns
Professor, Head of section
DTU Compute
+45 45 25 30 67

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Ole Christensen
Professor
DTU Compute
+45 45 25 30 43

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Peter Beelen
Professor
DTU Compute
+45 45 25 30 22

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Steen Markvorsen
Professor
DTU Compute
+45 45 25 30 49

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Carsten Thomassen
Professor
DTU Compute
+45 45 25 30 58