2014 TRIP Annual Report (pdf)
Schedule and slide sets from review meeting, 1 May 2015
[Note: links are provided to voice-over video (.mov) files for some talks. Caution: file size is several hundred MB!]
- 0800-0900: Coffee
- 0900-0910: Welcome
- 0910-0935: An approximate inverse to the extended Born modeling operator, voice-over video (.mov), Jie Hou
- 0935-1000: Regridding for efficient subsurface offset gather updating, voice-over video (.mov), Lei Fu
- 1000-1025: Accelerating extended least squares migration, voice-over video (.mov), Jie Hou
- 1025-1035: Coffee
- 1035-1100: Wave equation angle domain image gathers, Raanan Dafni
- 1100-1125: Born waveform inversion via variable projection and shot record model extension, voice-over video (.mov), Yin Huang
- 1125-1150: Reverse time migration for inverse scattering problems, Guanhui Huang
- 1150-1300: Lunch, Cohen House
- 1300-1325: Wave equation based stencil optimizations on multi-core CPU, voice-over video (.mov), Muhong Zhou
- 1325-1350: Discontinuous Galerkin and finite difference methods for the acoustic wave equation with smooth coefficients, voice-over video (.mov), Mario Bencomo
- 1350-1415: Extended FWI in common offset, plane wave, and shot domains, Papia Nandi-Dimitrova
- 1415-1425: Break
- 1425-1450: Matched source waveform inversion, Guanghui Huang
- 1450-1515: Gradients and Hessians for extended Born waveform inversion, voice-over video (.mov), William Symes
- 1515-1600: Discussion
- 1600: Adjourn
Theses
- Discontinuous Galerkin and finite difference methods for the acoustic wave equation with smooth coefficients, Mario Bencomo (MA Thesis)
- Wave equation based stencil optimizations on multi-core CPU, Muhong Zhou (MA Thesis)
Expanded Abstracts SEG, EAGE 2014
- An approximate inverse to the extended Born modeling operator, J. Hou and W. W. Symes, SEG 14
- Wave equation based stencil optimizations on multi-core CPU, M. Zhou and W. W. Symes, SEG 14
- Extended reflection waveform inversion via differential semblance optimization, Y. Liu, W. Symes, and Z. Li, SEG 14
- Velocity estimation by inversion velocity analysis, Y. Liu, W. Symes, and Z. Li, EAGE 14