We exploit the randomness of a genetic inversion algorithm to map the global minimum of the solution space of Controlled-Source Electromagnetic inversion problems. In this study, we focus on the information content that vertical electric or magnetic receivers could add to solve for anisotropic conductivities of the subsurface. By analyzing the distribution of the found solutions by the genetic algorithm, we find that the vertical magnetic component adds complementary information to the horizontal components.Geoscience & EngineeringCivil Engineering and Geoscience
We present an algorithm for the inversion of marine controlled source electromagnetic (CSEM) data wh...
Highlights • We present a joint inversion method for the transmitter navigation and the seaflo...
Abstract. A new technique is presented for automatic inversion of SP anomalies due to a polarized in...
We exploit the randomness of a genetic inversion algorithm to map the global minimum of the solution...
In an inversion for the subsurface conductivity distribution using frequency-domain Controlled-Sourc...
Marine controlled-source electromagnetic reflection responses can be retrieved by interferometry. Th...
The marine controlled-source electromagnetic (CSEM) method has proven to be an important addition to...
The inversion of vertical electrical sounding (VES) is normally performed considering a stratified m...
We present a Contrast Source Inversion (CSI) method for marine Controlled Source Electromagnetic (mC...
There are many research studies that highlight the benefit of combining more than one geophysical me...
A new approach to the interpretation of magnetic anomalies generated by geological structures resemb...
The inversion of vertical electrical sounding (VES) is normally performed considering a stratified m...
A combination of 1D and 3D forward and inverse solutions is used to quantify the sensitivity and res...
We describe a new genetic-algorithm (GA) inversion technique and apply it to a vertical seismic prof...
We present a modelling method to estimate the 3-D geometry and location of homogeneously magnetized ...
We present an algorithm for the inversion of marine controlled source electromagnetic (CSEM) data wh...
Highlights • We present a joint inversion method for the transmitter navigation and the seaflo...
Abstract. A new technique is presented for automatic inversion of SP anomalies due to a polarized in...
We exploit the randomness of a genetic inversion algorithm to map the global minimum of the solution...
In an inversion for the subsurface conductivity distribution using frequency-domain Controlled-Sourc...
Marine controlled-source electromagnetic reflection responses can be retrieved by interferometry. Th...
The marine controlled-source electromagnetic (CSEM) method has proven to be an important addition to...
The inversion of vertical electrical sounding (VES) is normally performed considering a stratified m...
We present a Contrast Source Inversion (CSI) method for marine Controlled Source Electromagnetic (mC...
There are many research studies that highlight the benefit of combining more than one geophysical me...
A new approach to the interpretation of magnetic anomalies generated by geological structures resemb...
The inversion of vertical electrical sounding (VES) is normally performed considering a stratified m...
A combination of 1D and 3D forward and inverse solutions is used to quantify the sensitivity and res...
We describe a new genetic-algorithm (GA) inversion technique and apply it to a vertical seismic prof...
We present a modelling method to estimate the 3-D geometry and location of homogeneously magnetized ...
We present an algorithm for the inversion of marine controlled source electromagnetic (CSEM) data wh...
Highlights • We present a joint inversion method for the transmitter navigation and the seaflo...
Abstract. A new technique is presented for automatic inversion of SP anomalies due to a polarized in...