Finite-Difference wavefield simulation

Master: Develop:

Finite-Difference wavefield modelling developed by the WAVE-Project.

Get started:

• See README.md in par/

Contributing:

• See the contributing guidelines provided in CONTRIBUTING.md

Requirement:

• Framework LAMA Version >= 3.0.0
• Compiler with C++11 support

Tested with:

• Compiler: g++ (7.3.1)
• MPI: OpenMPI (1.7.2, 1.10.7)

Publication materials:

• Synthetic models and data used in Qin et al., (2022a) are available in https://bwsyncandshare.kit.edu/s/YJMgn8z7Siez4dL
• Synthetic models and data used in Qin et al., (2022b) are available in https://bwsyncandshare.kit.edu/s/bDsTJGPjzjcRQ4n
• Initial models and processed field data used in Qin et al., (2022c) are available in https://bwsyncandshare.kit.edu/s/ZyppjtcNcT5k2B8
• Initial models and processed field data used in Qin et al., (2022d) are available in https://bwsyncandshare.kit.edu/s/SRRnNfn8CYgtj5d

Reference:

• Qin, Tan, Thomas Bohlen, and Yudi Pan. "Indirect joint petrophysical inversion of synthetic shallow-seismic and multi-offset ground-penetrating radar data." Geophysical Journal International 229.3 (2022a): 1770-1784.
• Qin, Tan, Thomas Bohlen, and Niklas Allroggen. "Full-waveform inversion of ground-penetrating radar data in frequency-dependent media involving permittivity attenuation." Geophysical Journal International (2022b): In review.
• Qin, Tan, Thomas Bohlen, and Niklas Allroggen. "Fast full-waveform inversion of ground-penetrating radar long profile using data approximation." GEOPHYSICS (2022c): In preparation.
• Qin, Tan, Thomas Bohlen, Yudi Pan, and Niklas Allroggen. "Consistent Imaging of Near-Surface Targets Using Indirect Joint Petrophysical Inversion of Love-Wave and Multi-Offset Surface Ground-Penetrating Radar Field Data." Geophysical Research Letters (2022d): In preparation.