Aarhus Workbench is equipped with a flexible inversion system capable of both few-layered models and smooth multi-layered models supporting most electrical and electromagnetic data types - example.

Main features

• Laterally constrained 1D inversion for laterally smooth models.
• Spatially Constrained Inversion
• Layered models for a high degree of boundary detection or smooth multi-layered models for maximum structural information - example.
• Automatic mode or full control inversion mode. The automatic generates intelligent starting models and sets up constraints for robust results no matter the data type - example. The manual mode can be used for users that want full control on the model and constraints setup for the inversion - example.
• A priori information from e.g. boreholes easy to include
• A priori information from any grid readily input in the inversion
• Post-processing of data based on inversion results.
• Comprehensive visualization features enabling detailed evaluation of the inverted data.
• Integrated with the Aarhus Workbench environment making it fast to produce thematic maps and cross sections from the inverted models.
• Support for geoelectrical data (DC), Airborne TEM, Airborne FDEM, Ground Conductivity Meter (GCM) data, MT data, OhmMapper data.