Publications
- Sparse Variational Bayesian Inversion for Subsurface Seismic Imaging Read the publication
- CO2 Monitoring Design using Value-of-Information Analysis with Applications to the Sleipner Project Read the publication
- A reduced-order variational Bayesian approach for efficient subsurface imaging
- Comparative study of shale-gas production using single- and dual-continuum approaches
Other
- Innovative CO2 Monitoring with Portable Active Seismic Source Technology: Insights from Svelvik CO2 Field Lab
- Cross-Well Seismic Imaging of CO2 Plume Dynamics at Svelvik CO2 Field Lab
- Monitoring the dynamics of the injected CO2 plume at Svelvik field lab using multi-source and simultaneous multi-receiver seismic systems: A combined borehole hydrophone, surface geophone and DAS approach
- Testing the Ability of Cross-Well Imaging for Monitoring CO2 Plumes
- On the potential of multi-component vertical seismic profiling to monitor CO2 storage
- Sparsity-Induced Full Waveform Inversion: Variational Bayesian and Hamiltonian Monte Carlo Methods
- Development of Cost-Efficient CO2 Monitoring for Medium-Scale Injection Projects
- Variational Bayesian AVO Inversion with Unknown Observation Error Covariance
- GPU-accelerated Full-Waveform Inversion using Hamiltonian Monte Carlo Method