Spring til hovednavigation
Spring til søgning
Spring til hovedindhold
Syddansk Universitet Forside
Hjælp og FAQ
Dansk
English
Forside
Forskere
Forskningsenheder
Publikationer
Aktiviteter
Projekter
Presse/medie
Priser
Undervisning
Impacts
Datasæt
Søg efter ekspertise, navn eller tilknytning
Teaching Portfolio
Vis Scopus-profil
Ralf Zimmermann
Matematiker
Institut for Matematik og Datalogi
Lektor
,
Computational Science
https://orcid.org/0000-0003-1692-3996
Telefon
+4565504766
E-mail
zimmermann
imada.sdu
dk
Oversigt
Fingeraftryk
Netværk
Publikationer
(46)
Aktiviteter
(46)
Projekter
(2)
Priser
(4)
Undervisning
(12)
Lignende profiler
(6)
Ph.d.-vejledning
(1)
Hvis du har foretaget ændringer i Pure, vil de snart blive vist her.
Fingeraftryk
Fingeraftryk dannes ud fra videnskabelige udgivelser og skaber et indeks med vægtede emneord for hver enkelt forsker.
Sorter
Vægt
Alfabetisk
Matematik
Model Reduction
95%
Stiefel Manifold
82%
Subspace
58%
Interpolate
54%
Grassmann Manifold
52%
Reduced Order Model
50%
Spatial Process
46%
Geodesic
45%
Kriging
43%
Computational Fluid Dynamics
38%
Gaussian Process
38%
Correlation Matrix
36%
Training
36%
Proper Orthogonal Decomposition
35%
Maximum Likelihood
34%
Logarithm
32%
Parametric Model
32%
Predictors
32%
Hermite Interpolation
31%
Surrogate
31%
Anomaly
29%
Condition number
29%
Gradient
29%
Derivative
28%
Update
27%
Transonic Flow
27%
Reduced-order Modeling
26%
Orthogonal matrix
26%
Metric
25%
Hyperparameters
24%
Snapshot
23%
Cokriging
21%
Likelihood Function
21%
Singular value decomposition
20%
Manifold Learning
19%
Geometric Optimization
18%
Orthonormal basis
18%
Multivariate Interpolation
18%
Numerical Experiment
17%
Computing
17%
Optimization
17%
Chaos Expansion
17%
Polynomial Chaos
16%
Isomap
16%
Modeling
16%
Orthogonal Decomposition
16%
Matrix Decomposition
16%
Fidelity
16%
Symplectic Manifold
15%
Point Estimation
15%
Teknik og materialevidenskab
Aerodynamics
100%
Computational fluid dynamics
70%
Decomposition
63%
Interpolation
54%
Airfoils
39%
Transonic flow
37%
Maximum likelihood
36%
Aerodynamic loads
23%
Derivatives
22%
Covariance matrix
21%
Sampling
19%
Navier Stokes equations
18%
Drag
17%
Angle of attack
15%
Steady flow
14%
Dimensionality reduction
14%
Extrapolation
14%
Experiments
11%
Dynamical systems
10%
Set theory
10%
Maximum likelihood estimation
9%
Aerodynamic configurations
9%
Factorization
9%
Aircraft
8%
Trajectories
7%
Large scale systems
7%
Data fusion
6%
Singular value decomposition
6%
Turbulent flow
6%
Computational efficiency
6%
Wind tunnels
5%
Transonic aerodynamics
5%
