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Dirichlet forms and finite element methods for the SABR Model
Blanka Horvath
, Oleg Reichmann
Imperial College London
European Investment Bank
Research output
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Contribution to journal
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Article
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peer-review
3
Scopus citations
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Keyphrases
Finite Element Method
100%
Kolmogorov
100%
Finite Element Discretization
100%
Dirichlet Form
100%
SABR Model
100%
Dirichlet Finite
100%
Vanilla Options
100%
Formed Elements
100%
Dirichlet
50%
Error Analysis
50%
Non-degenerate
50%
Low Dose Rate
50%
Partial Differential Equations
50%
Variational Formulation
50%
Hilbert Space
50%
Sobolev Spaces
50%
Discretization Scheme
50%
Parameter Configuration
50%
Pricing Method
50%
Well-posedness
50%
Stochastic Volatility Model
50%
Barrier Options
50%
Deterministic numerical Method
50%
Wavelet Approximation
50%
Evolution Triple
50%
Singular Weights
50%
Non-symmetric Dirichlet Form
50%
Interest Rate Environment
50%
Multi-resolution Wavelet
50%
Mathematics
Discretization
100%
Finite Element Method
100%
Dirichlet Form
100%
Parabolic
66%
Multiresolution
33%
Wavelet
33%
Variational Formulation
33%
Sobolev Space
33%
Partial Differential Equation
33%
Error Analysis
33%
Stochastic Volatility Model
33%
Numerical Methods
33%
Hilbert Space
33%
Posedness
33%
Barrier Option
33%