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- Numerische Lösung partieller Differentialgleichungen
(Finite-Volumen- und Finite-Element-Methoden, Vorkonditionierer,
Gittergeneration, Fehlerschätzer
und Adaptivität; in allen
Forschungsgruppen, insbesondere in FG 3)
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- Numerical solution of partial differential
equations
(finite-volume and finite-element methods, preconditioners, grid
generation, error estimators, and
adaptivity, in all research groups, especially in FG 3)
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- Numerik von Algebro-Differentialgleichungen (in FG 3)
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- Numerik von Integralgleichungen (Randelementmethoden,
Waveletalgorithmen; in FG 4)
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- Verfahren der nichtlinearen Optimierung (in FG 1 und FG 4)
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- Stochastische Numerik (in FG 6)
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- Monte-Carlo-Verfahren (kinetische Gleichungen, Koagulationsdynamik,
Teilchensysteme; in FG 5, FG 6 und FG 7)
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- Weiterentwicklung von Softwarepaketen des WIAS
(WIAS-TeSCA, ClusCorr98®, DiPoG, COG, LDSL-tool, pdelib und
andere, siehe S. ;
in FG 1, FG 2, FG 3, FG 4 und FG 6)
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- Numerics of differential-algebraic equations (in FG 3)
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- Numerics of integral equations (boundary-element methods,
wavelet algorithms, in FG 4)
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- Nonlinear optimization techniques (in FG 1 and FG 4)
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- Stochastic numerics (in FG 6)
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- Monte-Carlo processes (kinetic equations, coagulation
dynamics, particle systems, in FG 5, FG 6, and FG 7)
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- Further development of WIAS software packages
(WIAS-TeSCA, ClusCorr98®, DiPoG, COG, LDSL-tool, pdelib and
others, see page ;
in FG 1, FG 2, FG 3, FG 4, and FG 6)
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