The purpose of this workshop is to
discuss the scientific developments, challenges and difficulties in multiscale
waveform modeling, simulation and inversion in important industrial
applications ranging from seismic imaging and inversion to metamaterial
properties to medical tomography. The synergy among these applications will
allow transferring the knowledge from one area to another.
Topics covered:
- Advanced discretization techniques.
- Modeling of wave propagation in heterogeneous and random media.
- Subgrid models and multiscale
discretization techniques for wave equations in complex media.
- Uncertainty quantification in wave propagation.
- Solvers for wave equations in complex media.
- High-performance computation and visualization tools for large-scale wave simulations.
- The classical full waveform inversion in the data space.
- Full waveform inversion in the image space.
- Finite frequency travel time tomography and smooth kernels.
- Acoustic, elastic, anisotropic media modeling and inversion.
- Regularization, and a priori and posterior distributions.
- Modeling speed up and accuracy for velocity inversion.
- Inverse problems
We invite students and post-docs to present their scientific contributions in our poster session. Please submit a title and an abstract to ying.wu@kaust.edu.sa or taousmeriem.laleg@kaust.edu.sa
For registration to the worhkshop, please contact taousmeriem.laleg@kaust.edu.sa
Organization Committee:
- Prof. Tariq Alkhalifah, Earth Science and Engineering Program, KAUST
- Dr. Victor Calo, Earth Science and Engineering Program, KAUST
- Prof. Yalchin Efendiev, Visiting Professor, Applied Mathematics and Computational Sciences, KAUST
- Dr. Taous-Meriem Laleg-Kirati, Applied Mathematics and Computational Sciences, KAUST
- Prof. Martin Mai, Earth Science and Engineering Program, KAUST
- Dr. Ying Wu, Applied Mathematics and Computational Sciences, KAUST