Meeting | Author(s) | Title | Availability | |
---|---|---|---|---|

CSEG | Sitamai W. Ajiduah, Gary F. Margrave, and Pat F. Daley | HTI anisotropy in heterogeneous elastic model and homogeneous equivalent model | Document | |

CSEG | Sitamai W. Ajiduah, Gary F. Margrave, and Pat F. Daley | Offset dependent anisotropy analysis in vertically fractured reservoirs: A synthetic study | Document | |

CSEG | Khalid Almuteri, Kris Innanen and Yu Geng | Evaluating the potential of reflection-based waveform inversion | Document | |

CSEG | Huaizhen Chen and Kris Innanen | Bayesian Markov Chain Monte Carlo inversion for fluid term and dry fracture weaknesses | Document | |

CSEG | Raul Cova and Kris Innanen | Computing near-surface S-wave velocity models using converted-wave data | Document | |

CSEG | Matthew V. Eaid and Dristopher A. H. Innanen | Time domain internal multiple prediction on synthetic and field vertical seismic profile data | Document | |

CSEG | Dennis Ellison, Greg Cameron and Kris Innanen | Improved resolution in depth imaging through reflection static coreections derived from model-based boveout | Document | |

CSEG | Ali Fathalian and Kris Innanen | A PML absorbing boundary condition for 2D viscoacoustic wave equation in time domain: modeling and imaging | Document | |

CSEG | Yu Geng and Kris Innanen | Full waveform inversion based on nonlinear gradient | Document | |

CSEG | Adriana J. Gordon Ferrebus, Don C. Lawton, and David W. Eaton | VSP azimuthal travel time analysis at the Field Research Station near Brooks, AB. | Document | |

CSEG | Marcelo Guarido, Laurence R. Lines and Robert Ferguson | FWI without tears: a forward modeling free gradient | Document | |

CSEG | Bobby J. Gunning, Don C. Lawton and J. Helen Isaac | The promise of 3C 3D seismic data for improved imaging and reservoir characterization in the Alberta oil sands | Document | |

CSEG | Kevin W. Hall, Helen Isaac, Malcolm Bertram, Kevin Bertram, Don Lawton, Alexis Constantinou, Doug Schmitt, Randy Kofman, Jennifer Eccles, Vera Lay, Stefan Buske | Always finding faults: New Zealand 2016 | Document | |

CSEG | Heather K. Hardeman and Michael P. Lamoureux | Exact solutions for reflection coefficients, in 2D | Document | |

CSEG | Heather K. Hardeman and Matt MacDonald | Vertical Seismic Profiling with Distributed Acoustic Sensing | Document | |

CSEG | David C. Henley | To boldly go into a new dimension: 3D raypath interferometry issues | Document | |

CSEG | Scott D. Keating and Kristopher A. Innanen | Effects of discrepancies between modeled and true physics in anacoustic FWI | Document | |

CSEG | Bernie Law and Daniel Trad | Incorporating reflection data into refraction statics solution | Document | |

CSEG | Siming Lv and Kris Innanen | Towards characterization of intrinsic and stratigraphic Q in VSP data with information measures | Document | |

CSEG | Marie Macquet, Don C. Lawton, Jessica Dongas and Jacky Barraza | Feasibility study of time-lapse seismic monitoring of CO2 sequestration | Document | |

CSEG | Faranak Mahmoudian and Kristopher A. Innanen | Towards seismic moment tensor inversion for source mechanism | Document | |

CSEG | Gary F. Margrave | Measurement of Q and cumulative attenuation from VSP data | Document | |

CSEG | Andrew Mills and Kris Innanen | Processing Ground Roll for the Study of Near-Surface Rayleigh Wave Dispersion | Document | |

CSEG | Shahpoor Moradi and Kristopher Innanen | The signature of attenuation and anisotropy on AVO and inversion sensitivities | Document | |

CSEG | Evan Mutual, David Cho and Kristopher Innanen | Rock physics and time-lapse seismic analysis of thermal heavy oil production | Document | |

CSEG | Junxiao Li, Wenyong Pan, Kris Innanen | Gradient calculation for anisotropic FWI | Document | |

CSEG | Wenyong Pan, Kris Innanen, Yanhua Yuan, Frederik Simons | Quantifying parameter trade-off in elastic full-waveform inversion via multi-parameter Hessian probing | Document | |

CSEG | Wenyong Pan, Yanhua Yuan, Frederik Simons, Kris Innanen | The Role of Density in Elastic Full-waveform Inversion | Document | |

CSEG | Sergio Romahn and Kristopher Innanen | Iterative modelling, migration and inversion (IMMI): the role of well calibration in the context of high geological complexity | Document | |

CSEG | Eric A. Rops and Laurence R. Lines | Predicting oil sands viscosity from well logs, NMR logs, and calculated seismic properties | Document | |

CSEG | Jian Sun, Kris Innanen | Literature review and discussions of inverse scattering series on internal multiple prediction | Document | |

CSEG | Daniel Trad | Least squares Kirchhoff depth migration: important details | Document | |

CSEG | Daniel Trad | Five Dimensional Interpolation:exploring different Fourier operators | Document | |

CSEG | Ronald M. Weir, Dr. D. Eaton, Dr. L Lines, Dr. D. Lawton | Integrating seismic derived rock properties with horizontal well induced fractures in the Duvernay Formation | Document | |

CSEG | Joe Wong, Kevin Hall, and David Langton | Increasing reflection SNRs on seismic field data acquired using multiple simultaneous vibrators driven by m-sequence pilots | Document | |

CSEG | Huixing Zhang and Kristopher A. Innanen | Frequency dependent attenuation and dispersion in patchy-saturated porous rocks | Document | |

EAGE | Kristopher A. Innanen | Parameterization of a helical DAS fibre wound about an arbitrarily curved cable axis | Document | |

SEG | Sitamai W. Ajiduah and Gary F. Margrave | Finite-difference modeling comparison between a fractured HTI model and its equivalent model | Document | |

SEG | Huaizhen Chen and Kristopher A. Innanen | Estimation of fluid/porosity and dry fracture weaknesses using azimuthal elastic impedance | Document | |

SEG | Huaizhen Chen and Kristopher A. Innanen | Seismic inversion for P- and S-wave inverse quality factors using attenuative elastic impedance | Document | |

SEG | Dennis Ellison, Kris Innanen and Greg Cameron | Improved resolution in depth imaging through reflection static corrections derived from mode-base moveout | Document | |

SEG | Yu Geng, Wenyong Pan and Kristopher A. Innanen | Frequency-domain full waveform inversion with updates based on nonlinear sensitivities | Document | |

SEG | Marcelo Guarido, Laurence R. Lines* and Robert Ferguson | FWI without tears: a forward modeling- free gradient | Document | |

SEG | Kevin W. Hall1, Helen Isaac, Malcolm Bertram, Kevin Bertram, Don Lawton, Alexis Constantinou, Doug Schmitt, Randy Kofman, Jennifer Eccles, Ashleigh Fromont, Ver | Always finding faults: New Zealand 2016 | Document | |

SEG | Kristopher A. Innanen | Determination of seismic tensor strain from HWC-DAS cable with arbitrary and nested-helix winds | Document | |

SEG | Scott Keating and Kristopher A. Innanen | Characterizing and mitigating FWI modelling errors due to uncertainty in attenuation physics | Document | |

SEG | Scott Keating and Kristopher A. Innanen | Cross-talk and frequency bands in truncated Newton an-acoustic full waveform inversion | Document | |

SEG | Bernie Law and Daniel Trad, | Robust refraction statics solution using feedback from reflection data | Document | |

SEG | Siming Lv and K. A. Innanen | Characterizing intrinsic and stratigraphic Q in VSP data with information measures | Document | |

SEG | Evan Mutual, David Cho, and Kris Innanen | Time-lapse rock physics inversion of thermal heavy oil production | Document | |

SEG | Wenyong Pan, Kristopher A. Innanen, Yanhua O. Yuan | Inter-parameter tradeoff quantification and reduction in isotropic-elastic full-waveform inversion | Document | |

SEG | Sergio Romahn and Kristopher A. Innanen | Iterative modeling, migration and inversion (IMMI): evaluating the well-calibration technique to scale the gradient in the FWI process | Document | |

SEG | Jian Sun and Kristopher A. Innanen | Multicomponent inverse scattering series internal multiple prediction in the t-p domain | Document | |

SEG | Daniel Trad | Challenges for Least Squares Kirchhoff depth migration | Document | |

SEG | Ronald M. Weir, David W. Eaton, Larry R. Lines, and Donad C. Lawton | The application of seismic derived rock properties in predicting Duvernay Induced Fractures | Document |