Daniel Barker

Non-parametric Reservoir Property Distributions in PCube 2025. Report

GIG annual meeting 2025 - Summary of 2024 and planned work for 2025 2025. Report

PCube User Manual Version 10.5 2024. Report

GIG annual meeting 2024 - summary of 2023 and planned work for 2024 2024. Report

PCube reference manual 2023. Report

PCube User Manual version 10.0 2023. Report

Improved reservoir property inversion and QC 2023. Report

Generalized focused inversion for PCube+ 2023. Report

Removal of implicit zone-lithology fluid classes from PCube+ inversion 2023. Report

PCube+ FFT Likelihood calculation method 2023. Report

MAP estimate of elastic parameters 2022. Report

Deep learning in seismic interpretation, Development and experiments 2021-2022 2022. Report

Exact single trace inversion 2022. Report

GIG annual meeting 2022 - Summary of 2021 and planned work for 2022 2022. Report

PCube Reference Manual 2021. Report

PCube User Manual Version 9.0 2021. Report

Grunnvannsmodellering med RMS og MODFLOW6 2021. Report

GIG annual meeting 2021 - Summary of 2020 and planned work for 2021 2021. Report

PCube+ User Manual Version 8.0 2020. Report

GIG annual meeting 2020 Summary of 2019 and planned work for 2020 2020. Report

Deep learning in seismic interpretations - Development and experiments 2020 2020. Report

PCube Reference Manual 2020. Report

GIG annual meeting 2019 - Summary of 2018 and planned work for 2019 2019. Report

Deep learning for seismic processing and condition monitoring 2019. Report

Deep learning in seismic interpretation 2019. Report

Simulation of Gaussian Random Fields Using the Fast Fourier Transform (FFT) doi: https://doi.org/10.3997/2214-4609.201802134 , 2018. Scientific chapter / article / conference article

This is a user manual for PCube. PCube is a seismic inversion software that computes lithology and fluid probabilities from seismic AVO data. 2018. Report

Simulation of Gaussian Random Fields Using the Fast Fourier Transform 2018. Report

User Manual: Rock Physics Prior Modelling GUI 2018. Report

PCube+ Forward Modelling QC User Manual 2017. Report

User Manual: Rock Physics Prior Modelling GUI 2017. Report

Daniel Martin L Barker; Martin Landrø; An alternative method for modeling close-range interactions between air guns Geophysics, pp. 1 7 6 , doi: https://doi.org/10.1190/geo2013-0141.1 , 2014. Scientific article

Daniel Martin L Barker; Martin Landrø; Estimation of bubble time period for air-gun clusters using potential isosurfaces Geophysics, pp. P1 P7 7 , doi: https://doi.org/10.1190/GEO2012-0344.1 , 2013. Scientific article

Daniel Martin L Barker; Martin Landrø; Modeling close range air gun interactions using isosurfaces of the velocity potential Society of Exploration Geophysicists. Expanded Abstracts with Biographies, pp. 46 50 , doi: https://doi.org/10.1190/segam2013-0489.1 , 2013. Scientific article

Daniel Martin L Barker; Martin Landrø; Simple expression for the bubble-time period of two clustered air guns Geophysics, pp. A1 A3 3 , doi: https://doi.org/10.1190/GEO2011-0169.1 , 2012. Scientific article

Daniel Martin L Barker; Martin Landrø; Controlled source strength variation by changing the firing pressure - a sensitivity study for 4D calibration Geophysical Prospecting, pp. 480 487 8 , doi: https://doi.org/10.1111/j.1365-2478.2011.01044.x , 2012. Scientific article

Martin Landrø; Lasse Amundsen; Daniel Martin L Barker; High-frequency signals from air-gun arrays Geophysics, pp. Q19 Q27 9 , doi: https://doi.org/10.1190/1.3590215 , 2011. Scientific article

Daniel Martin L Barker; Martin Landrø; Controlled Source Strength Variation by Changing the Firing Pressure - A Sensitivity Study for 4D Calibration pp. 5 , 2009. Scientific chapter / article / conference article