FDEM_BfiPF

Numerical examples of Ziolkowski, A., and E. Slob, 2019, Introduction to Controlled-Source Electromagnetic Methods: Cambridge University Press; ISBN: 9781107058620.

A python front-end for the GoFEM modelling and inversion code

Example MATLAB scripts for running ensemble Kalman inversion for electrical resistivity tomography data to accompany paper.

A 3D finite-difference transient electromagnetic modeling open-source software. Available in Matlab/Fortran/EXE versions. Supports wire/loop sources, and ground/airborne/marine/tunnel/borehole scen…

Frequency domain electromagnetic 1D forward and sensitivity modeling

3D forward modeling code for TDIP

A package for audio-frequency magnetotellurics

Python package for ADU TS data processing

MATLAB tools for Metronix ADU magnetotelluric (MT) system

Bayesian Inference of Spectral Induced Polarization parameters

Euler deconvolution estimates on plateau plots

Tutorial about Euler deconvolution for The Leading Edge by @leouieda, @birocoles and @valcris

code related to the paper "Forward modeling of gravity anomalies based on cell mergence and parallel computing"

variational mode decomposition and its variants

Matlab code of BMEMD (Bidimensional Multivariate Empirical Mode Decomposition).

This is the source code for the Matlab version of the 2D boundary element method code. This code is an unsteady potential flow solver. The features include time-stepping, wake rollup, lumped wake e…

A DC resistivity forward modelling and inversion package for SimPEG.

Induced Polarization (Frequency and Time Domain) and DC Resistivity acquisition and processing.

downward/upward continuation methods via matlab

The datasets and script program to test the equivalent source invertion method in Geoist (an open-source geophysical python library for geoscience prototype research).

Paper: Gradient-boosted equivalent sources method for interpolating very large gravity and magnetic datasets

Simulation and Parameter Estimation in Geophysics - A python package for simulation and gradient based parameter estimation in the context of geophysical applications.

Simulation programs and results of gravitational and magnetic forward modeling for various common 2D models

Python package for computing the Curie depth from the magnetic anomaly

Matlab program for the calculation of 3D total magnetic field anomaly and its derivative.

Some examples about how to use geoist to process gravity data.

finite difference for magnetotelluric 2D forward modeling