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    • Potential fields tutorial for AQGEO 2024 Meeting
      Jupyter Notebook
      Creative Commons Attribution 4.0 International
      1200Updated Nov 14, 2024Nov 14, 2024
    • Linking open source tools for geophysical simulation and inversion in rugged topographies
      0011Updated Nov 13, 2024Nov 13, 2024
    • repository containing examples for the TDEM tutorial on day 2 of the 2024 consortium meeting
      Jupyter Notebook
      MIT License
      0000Updated Nov 13, 2024Nov 13, 2024
    • Using convolutional neural networks to classify UXO with multicomponent electromagnetic induction data
      0001Updated Oct 30, 2024Oct 30, 2024
    • A CONVOLUTIONAL NEURAL NETWORK FOR THE CLASSIFICATION OF UXO FROM ELECTROMAGNETIC DATA IN MARINE SETTINGS
      0001Updated Oct 30, 2024Oct 30, 2024
    • Machine learning for classification from marine electromagnetic data
      0001Updated Oct 30, 2024Oct 30, 2024
    • Using convolutional neural networks to classify UXO with multicomponent electromagnetic induction data
      0001Updated Oct 30, 2024Oct 30, 2024
    • Using convolutional neural networks to classify UXO with multicomponent electromagnetic induction data
      0001Updated Oct 30, 2024Oct 30, 2024
    • Comparing strategies for assessing uncertainty with geophysical inversions for mineral exploration
      0001Updated Oct 30, 2024Oct 30, 2024
    • Petrophysically and geologically guided multi-physics inversion using a dynamic Gaussian mixture model
      TeX
      0100Updated Oct 30, 2024Oct 30, 2024
    • Comparison of magnetic vector inversion with sparse norm susceptibility inversion accounting for demagnetization
      TeX
      0100Updated Oct 30, 2024Oct 30, 2024
    • Geophysics in a changing climate
      0001Updated Oct 21, 2024Oct 21, 2024
    • Processing potential fields data with Fatiando a Terra
      0101Updated Oct 21, 2024Oct 21, 2024
    • Leveraging Convolutional Neural Networks for implicit regularization in DC resistivity inversions
      0001Updated Oct 21, 2024Oct 21, 2024
    • Electromagnetic geophysics across the scales
      0011Updated Oct 21, 2024Oct 21, 2024
    • Accelerating geophysics research in a changing climate
      0011Updated Oct 21, 2024Oct 21, 2024
    • Computational geophysics in a changing climate
      0011Updated Oct 21, 2024Oct 21, 2024
    • A decade of SimPEG connecting research & industry through open-source software
      0011Updated Oct 21, 2024Oct 21, 2024
    • Accelerating research with community-driven open-source software for geophysical inversions
      0011Updated Oct 21, 2024Oct 21, 2024
    • Joint inversions with the SimPEG framework
      0001Updated Oct 21, 2024Oct 21, 2024
    • Airborne Natural Source Electromagnetics for an Arbitrary Base Station
      0001Updated Oct 21, 2024Oct 21, 2024
    • Monitoring CO2 sequestration with electromagnetics in the presence of steel-cased wells
      0001Updated Oct 21, 2024Oct 21, 2024
    • Data Quality Control Methodologies for Large, Non-Conventional DC Resistivity Datasets
      0001Updated Oct 8, 2024Oct 8, 2024
    • Using DC Resistivity Ring Array Surveys to Resolve Conductive Structures Around Tunnels or Mine-Workings
      0011Updated Oct 7, 2024Oct 7, 2024
    • Airborne Natural Source Electromagnetics Using an Arbitrary Base Station
      0000Updated Aug 23, 2024Aug 23, 2024
    • Transient VRM Response from a Large Circular Loop over a Conductive and Magnetically Viscous Half-Space
      0011Updated Aug 18, 2024Aug 18, 2024
    • A Test-Time Learning Approach to Reparameterize the Geophysical Inverse Problem with a Convolutional Neural Network
      0001Updated Aug 18, 2024Aug 18, 2024
    • In this paper, we examine the impacts of the magnetic permeability of a steel-cased well on electromagnetic responses in grounded source experiments.
      TeX
      0001Updated Aug 12, 2024Aug 12, 2024
    • 1101Updated Aug 6, 2024Aug 6, 2024
    • TeX
      0000Updated Aug 6, 2024Aug 6, 2024