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Ralf Zimmermann
Mathematician
Department of Mathematics and Computer Science
Associate Professor
,
Computational Science
https://orcid.org/0000-0003-1692-3996
Phone
+4565504766
Email
zimmermann
imada.sdu
dk
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Research output
(44)
Activities
(46)
Projects
(1)
Prizes
(4)
Teaching
(12)
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(6)
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(1)
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Fingerprint
Fingerprints are formed from scientific publications and create an index of weighted keyword concepts for each individual researcher.
Sort by
Weight
Alphabetically
Mathematics
Model Reduction
97%
Stiefel Manifold
82%
Subspace
56%
Grassmann Manifold
52%
Interpolate
51%
Spatial Process
46%
Geodesic
45%
Kriging
43%
Correlation Matrix
36%
Maximum Likelihood
34%
Gaussian Process
33%
Reduced Order Model
33%
Computational Fluid Dynamics
33%
Logarithm
32%
Parametric Model
32%
Predictors
32%
Proper Orthogonal Decomposition
31%
Surrogate
31%
Training
30%
Anomaly
29%
Condition number
29%
Transonic Flow
27%
Reduced-order Modeling
26%
Orthogonal matrix
26%
Metric
25%
Update
25%
Derivative
22%
Cokriging
21%
Hyperparameters
20%
Singular value decomposition
20%
Snapshot
19%
Gradient
19%
Manifold Learning
19%
Likelihood Function
19%
Geometric Optimization
18%
Orthonormal basis
18%
Optimization
17%
Isomap
16%
Modeling
16%
Numerical Experiment
16%
Orthogonal Decomposition
16%
Matrix Decomposition
16%
Fidelity
16%
Symplectic Manifold
15%
Hermite Interpolation
15%
Point Estimation
15%
Computing
15%
Total curvature
14%
Geometric Approach
14%
Hamiltonian Systems
14%
Engineering & Materials Science
Aerodynamics
100%
Computational fluid dynamics
66%
Decomposition
59%
Interpolation
45%
Airfoils
39%
Transonic flow
37%
Maximum likelihood
36%
Aerodynamic loads
23%
Covariance matrix
21%
Navier Stokes equations
18%
Sampling
17%
Drag
17%
Angle of attack
15%
Steady flow
14%
Derivatives
14%
Dimensionality reduction
14%
Extrapolation
14%
Experiments
11%
Set theory
10%
Maximum likelihood estimation
9%
Aerodynamic configurations
9%
Factorization
9%
Aircraft
8%
Function evaluation
7%
Large scale systems
7%
Data fusion
6%
Singular value decomposition
6%
Turbulent flow
6%
Computational efficiency
6%
Trajectories
5%
Wind tunnels
5%
Nonlinear systems
5%
Transonic aerodynamics
5%
