Processing
The aim of processing is to prepare data for the data inversion.
This includes data import, data corrections, filtering and culling and discarding of distorted or noise-filled data.
This process is necessary to gain reliable model parameters in all parts of the data section during the inversion, enhancing the final model quality. The Figure shows the schematic workflow of the processing and inversion process. The processing is done using the AEM module of the EEMStudio, from the EEMTeam.
This includes data import, data corrections, filtering and culling and discarding of distorted or noise-filled data.
This process is necessary to gain reliable model parameters in all parts of the data section during the inversion, enhancing the final model quality. The Figure shows the schematic workflow of the processing and inversion process. The processing is done using the AEM module of the EEMStudio, from the EEMTeam.
AEM modelling for EXPLORATION
Airborne Geophysics lowers risks and optimized and increases efficiency in exploration.
AEM modelling for EXPLORATION
Airborne Geophysics lowers risks and optimized and increases efficiency in exploration.
AEM modelling for HYDROGEOLOGY
An advanced processing/modelling of AEM data is crucial for Hydrogeological applications.
AEM modelling for HYDROGEOLOGY
An advanced processing/modelling of AEM data is crucial for Hydrogeological applications.