Seismic exploration is the primary tool for finding and mapping out hydrocarbon deposits.
We have considered the 2D forward modeling problem. The subsurface structures were …

… In [3], we introduced a new radial basis function-generated finite difference (RBF-FD) method
that achieved global 3rd-order accuracy in the presence of material interfaces. While the …

… node distributions is used to discretize the velocity model, radial-basis function generated
finite difference is used to realise seismic wave propagation numerical simulation, and Limited-…

… When using traditional regular grids for seismic modeling, scattering artifacts may occur due
… velocity model, and radial-basis-function-generated finite difference is used to realize the …

… To overcome these challenges for seismic modeling, we designed an adaptive node-…
method in seismic modeling using three velocity models. Here, we compare the proposed method …

… Seismic exploration is the primary tool for finding and mapping out hydrocarbon deposits.
We consider here the 2D forward modeling … (radial basis function generated finite difference) …

… Fornberg, 2017, Seismic modeling with radial basis function-generated finite differences (RBF-FD):
A … St-Cyr, 2015, Seismic modeling with radial-basis-function-generated finite …

… Seismic exploration is the primary tool for finding and mapping out hydrocarbon deposits. We
consider here the 2-D forward modeling … (radial basis function-generated finite difference) …

… Weights in traditional finite difference formulas for one dimension are determined to provide
exact results for polynomials of as high degree as the stencil size permits (Fornberg and …

… St-Cyr, 2015, Seismic modeling with radial-basis-function-generated finite differences: … Liu,
2013, A hybrid absorbing boundary condition for frequency-domain finite-difference modeling…