2014
DOI: 10.1007/978-3-319-06898-5_8
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Regularization and Multi-level Tools in the Method of Fundamental Solutions

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“…Further directions where the above results might be extended arise for boundary integral equations forming Fredholm equations of the second kind. For the method of fundamental solutions, it was found that the monopole and dipole formulations lead to matrices that approximate linear operators being compact perturbations of the identity [21,22]. For electric field integral equations on screens, compactequivalent preconditioning operators have been constructed in [32] as solution operators of variational problems set in low-regularity standard trace spaces.…”
Section: Boundary Integral Operators Further Applications and Directionsmentioning
confidence: 99%
“…Further directions where the above results might be extended arise for boundary integral equations forming Fredholm equations of the second kind. For the method of fundamental solutions, it was found that the monopole and dipole formulations lead to matrices that approximate linear operators being compact perturbations of the identity [21,22]. For electric field integral equations on screens, compactequivalent preconditioning operators have been constructed in [32] as solution operators of variational problems set in low-regularity standard trace spaces.…”
Section: Boundary Integral Operators Further Applications and Directionsmentioning
confidence: 99%