SINBAD Fall 2012 Presentations
SINBAD Fall 2012 Presentations
Compressive sensing: theory & applications
1) Weighted methods in sparse recovery
2) Ocean bottom seismic acquisition via jittered sampling
3) Compressed sensing, random Fourier matrix and Jitter sampling
4) An introduction to cosparse signal reconstruction
5) Non-convex compressed sensing using partial support information
Compressive sensing: extensions, recent insights & applications
6) Seismic trace interpolation via sparsity promoting reweighted algorithms
7) Analysis versus synthesis in weighted sparse recovery
Compressive sensing: matrix & tensor completion
9) Seismic data interpolation using SVD Free Pareto Curve based Low Rank Optimization
10) Hierarchical Tucker Tensor Optimization - Applications to 4D Seismic Data Interpolation
11) Large scale seismic data interpolation with matrix completion
Wave-equation based inversion: time-harmonic Helmholtz
12) 3D Frequency-domain waveform inversion using a row-projected Helmholtz solver
13) CARP-CG: A computational study
14) Frequency domain 3D elastic wave propagation in general anisotropic media
Wave-equation based inversion: fast and robust FWI
15) Randomized sampling: How confident are you?
16) Estimating Nuisance Parameters in Inverse Problems
17) Variance parameters estimation - Application to Full Waveform Inversion
Wave-equation based inversion: sparsity promotion
18) Fast sparsity-promoting imaging with message passing
19) Fast Gauss-Newton full-waveform inversion with sparsity regularization
Wave-equation based inversion: image volumes
20) Yet another perspective on image volumes
21) Accelerating on sparse promoting recovery and its benefits in seismic application
Wave-equation based inversion: multiples
22) Recent developments on the robust estimation of primaries by sparse inversion
23) Fast imaging with multiples
Large-scale optimization
24) Generalized SPGL1: from theory to applications
25) Wireless Sensor Network Localization
Case studies and recent developments
26) Wave-equation based inversion with joint sparsity promotion
27) Our findings on the Chevron benchmark dataset
28) Anisotropic 3D full-waveform inversion of the Tommeliten Alpha field
High Performance Computing
29) SLIM's perspective on HPC & big data
30) Cray Inc: High performance data-intensive computing in oil & gas: the fusion of HPC and Big Data
31) IBM Canada: IBM forecast for HPC in seismic data processing
32) Maxeler: The fastest way to Elastic FWI and RTM through Dataflow computing
33) MathWorks: Matlab as a key development tool for research and production algorithms
34) Intel: HW and SW Update