Sponsors Meeting Posters 2025
Acosta, C., Sanchez, I., Innanen, K. A., and Hall, K. W., 2025, Measuring and simulating the directional response of the Croissant multicomponent DAS sensor: CREWES Meeting Poster, 37, no. 1.
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Bertram, K. L., and Wong, J., 2025, Sparse acquisition VSP: a time lapse physical modelling experiment: CREWES Meeting Poster, 37, no. 3.
Cai, X., Hu, Q., Zhang, T., and Innanen, K. A., 2025, Quantitative Monitoring of Dynamic CO2 Saturation at the CaMI.FRS: CREWES Meeting Poster, 37, no. 4.
Cai, X., Innanen, K. A., and Zhang, T., 2025, Quasi-continuous CO2 Monitoring based on Combined Active-Source and Microseismic FWI: CREWES Meeting Poster, 37, no. 5.
Chen, H., and Innanen, K. A., 2025, Estimating near-surface anisotropy using azimuthal seismic data without NMO correction: CREWES Meeting Poster, 37, no. 6.
Emery, D. J., Guarido, M., and Trad, D. O., 2025, Prediction of Elastic Logs from the limited information available from LWD (logging while drilling) information: CREWES Meeting Poster, 37, no. 7.
Fan, N., and Innanen, K. A., 2025, Constant Q Viscoacoustic Wave Equation with Fractional Laplacian Operator: CREWES Meeting Poster, 37, no. 8.
Guarido, M., and Innanen, K. A., 2025, Advanced Demand Forecasting for Strategic Peak Identification in Ontario’s Electricity Market: CREWES Meeting Poster, 37, no. 9.
Guarido, M., Sanchez, I., and Innanen, K. A., 2025, Synthetic P-wave velocity model generation using LLMs for seismic data simulation: CREWES Meeting Poster, 37, no. 10.
Hall, K. W., 2025, Baseline DAS VSP acquisition at the Meadowbrook Carbon Storage Hub: CREWES Meeting Poster, 37, no. 11.
Hall, K. W., Sanchez, I., Acosta, C., and Innanen, K. A., 2025, CaMI update; 2025 DAS and geophone field data acquisition on the Pretzel and Croissant and comparison to synthetic data: CREWES Meeting Poster, 37, no. 12.
Hernández, A. R., Sanchez, I., and Innanen, K. A., 2025, Physics-informed neural operators for seismic wave propagation.: CREWES Meeting Poster, 37, no. 13.
Innanen, K. A., 2025, AVO inversion on an Ising network: CREWES Meeting Poster, 37, no. 14.
Innanen, K. A., 2025, Modeling seismic arrivals as inelastically colliding objects: CREWES Meeting Poster, 37, no. 15.
Jia, A. J., Sun, J., and Innanen, K. A., 2025, Seismic low-frequency extrapolation in a latent space based on self-supervised learning: CREWES Meeting Poster, 37, no. 17.
Karpiah, A., Trad, D. O., and Sanchez, I., 2025, Predicting DAS channel depths in VSP using a Long Short-Term Memory (LSTM) model: CREWES Meeting Poster, 37, no. 18.
Li, J. L., and Innanen, K. A., 2025, Multiparameter elastic full waveform inversion with Stein Variational Gradient Descent: CREWES Meeting Poster, 37, no. 19.
Li, J. L., and Innanen, K. A., 2025, Ultrasound imaging with frequency-domain full waveform inversion framework: CREWES Meeting Poster, 37, no. 20.
Li, J. L., and Innanen, K. A., 2025, Uncertainty quantification in multiparamter visco-elastic full waveform inversion with Hamiltonian Monte Carlo: CREWES Meeting Poster, 37, no. 21.
Li, J. L., Pike, K., Hall, K. W., and Innanen, K. A., 2025, 3D targeted nullspace shuttle in 4D FWI: synthetic time-lapse FWI experiments for carbon sequestration monitoring configured for the Snowflake dataset: CREWES Meeting Poster, 37, no. 22.
Li, J. L., Sanchez, I., and Innanen, K. A., 2025, Trans-conceptual sampling in geophysical inverse problems: CREWES Meeting Poster, 37, no. 23.
Li, J., and Trad, D. O., 2025, Suppression of swell noise via Dip-Aligned Self-Supervised Learning: CREWES Meeting Poster, 37, no. 24.
Li, J., Trad, D. O., and Dawei, L., 2025, Robust 5D seismic data interpolation via memory-efficientgroup sparse Radon transform: CREWES Meeting Poster, 37, no. 25.
Liu, H., Fu, X., Trad, D. O., and Innanen, K. A., 2025, Feasibility study on time-lapse FWI using a multi-shallow-wells VSP acquisition: CREWES Meeting Poster, 37, no. 26.
Perrin, R., and Lauer, R., 2025, Modelling Crustal Fluid Flow in Seamount-Influenced Hydrothermal Systems: CREWES Meeting Poster, 37, no. 27.
Pike, K., Keating, S., and Innanen, K. A., 2025, A sensitivity analysis of nullspace shuttling to illumination, anomaly magnitude, and size using sparse acquisition geometries: CREWES Meeting Poster, 37, no. 28.
Pike, K., Keating, S., and Innanen, K. A., 2025, Nullspace shuttling versus conventional FWI time-lapse strategies: CREWES Meeting Poster, 37, no. 29.
Sanchez, I., Guarido, M., and Trad, D. O., 2025, Simulating synthetic seismic data from AI-generated velocity models: CREWES Meeting Poster, 37, no. 31.
Sanchez, I., and Trad, D. O., 2025, Deep learning for near-surface waves separation in the frequency–slowness domain: CREWES Meeting Poster, 37, no. 32.
Sanchez, I., and Trad, D. O., 2025, Enabling curvilinear finite-difference in Devito for elastodynamic simulations in complex topography: CREWES Meeting Poster, 37, no. 33.
Sanchez, I., Ziegon, A. H., and Trad, D. O., 2025, Potential Wavefield Inversion (PWI): quasi-acoustic surrogates for elastic media: CREWES Meeting Poster, 37, no. 34.
Schumacher, C., Innanen, K. A., and Wong, J., 2025, Impact of sparse acquisition geometry on gas injection time-lapse imaging: A case study using the physical model sand mound dataset.: CREWES Meeting Poster, 37, no. 35.
Trad, D. O., and Sanchez, I., 2025, Modelling, Migration and Inversion: acoustic and elastic 3D modules: CREWES Meeting Poster, 37, no. 36.
Wong, J., and Bertram, K. L., 2025, Transforming physically-modelled datasets for analysis via a modified FWI procedure: CREWES Meeting Poster, 37, no. 37.
Zhang, T., and Innanen, K. A., 2025, On the influence of multiphysics joint inversion for uncertainty quantification in full waveform inversion: CREWES Meeting Poster, 37, no. 38.
Zhuang, K., and Trad, D. O., 2025, Considerations for computing and dataflows in seismic data processing: CREWES Meeting Poster, 37, no. 39.
Ziegon, A. H., and Innanen, K. A., 2025, Pushing geophysical Ising solvers beyond straight ray tomography: CREWES Meeting Poster, 37, no. 40.
Ziegon, A. H., Li, J. L., and Innanen, K. A., 2025, Initial comparison of 2D, Pseudo-3D and full 3D FWI approaches applied to the Snowflake field data: CREWES Meeting Poster, 37, no. 41.
Ziegon, A. H., Li, J. L., and Innanen, K. A., 2025, Updates on Pseudo-3D FWI: Understanding the upside and limitation in preparation of a Snowflake data application: CREWES Meeting Poster, 37, no. 42.