Geophysical data processing methods, Program code implementation of geophysical data processing methods, including parallel algorithms (cuda, mpich, openmp, etc.) with finite difference forward modeling, inverse time migration, and full waveform inversion.
- UPC: http://www.upc.edu.cn/
- my blog: https://blog.csdn.net/Rong_Toa
- 2D (two dimension)
- 3D (three dimension)
- VTI (a kind of anisotropic)
- TTI (a kind of anisotropic)
- ISO (isotropic)
- acoustic wave (P, qP, "qSV")
- Elastic wave (P, SH, SV)
- FD (Finite Difference)
- RTM (Reverse Time Migration)
- FWI (Full Waveform Inversion)
- TOMO (Tomography)
- RayTracing
- ADCIGs (Angel Domain Common Imaging Gather)
- binary/data
- SU (Seismic Unix.su)
- segy (seg-Y .segy or .sgy)
- HPC (High-performance computing)
- omp (openmp, multi-thread of CPU)
- mpi (mpich or openmpi, multi-core/node)
- cuda (NVIDIA CUDA-Toolkit, version>=7.5, multi-thread of GPU)
- GUI (Graphical User Interface)
- gtk (GIMP Toolkit, version>=2.0, such as "gtk+-2.0" or "gtk+-3.0")
- Qt (Qt-Creater Toolkit, C++)
- software
- utils (tools function)
- mix (mix programming, mix-mpi+cuda meas mix mpi and cuda)
- CWP (Seismic Unix:http://www.seismicunix.com/w/Main_Page)
- Madagascar (GitHub src Link:https://github.com/ahay/src)
- linux
- gcc, nvcc, mpicc, javac
- gcc, cuda, mpich/openmpi, openmp, Qt-Creater, gtk+-2.0/3.0, JDK, make/cmake