Web Based AEM Inversion Home Software Consulting Download News About
Home Other Software Embedded code
Products Overview
Aarhus Workbench
Other Software
Web Based AEM Inversion
 
 
Inversion of resistivity and electromagnetic data

Our inversion code (EM1DInv) is perfectly suited for embedding in instrument related software for on-line inversion of your data. The code can be used for smooth Occam type inversion or parameterized inversion with a discreet number of layers. It supports almost any resistivity or electromagnetic data type:

  • groundbased TEM data in any transmitter-receiver configuration
  • airborne TEM data in any transmitter-receiver configuration
  • ground conductivity meter data (EM31-type)
  • airborne frequency domain data (HEM)
  • surface ERT (resistivity) data
  • borehole ERT data
  • marine resisistivity data with electrodes at the bottom of the sea
  • Surface wave MASW data.
The inversion runs extremely stable and fast. For most data types a full least squares inversion can be carried out in less than a second.

For more information about the capabilities of the inversion code for embedded usage please contact the Aarhus Geophysics at This e-mail address is being protected from spambots. You need JavaScript enabled to view it

 
Inversion of resistivity and electromagnetic data

Our inversion code (EM1DInv) is perfectly suited for embedding in instrument related software for on-line inversion of your data. The code can be used for smooth Occam type inversion or parameterized inversion with a discreet number of layers. It supports almost any resistivity or electromagnetic data type:

  • groundbased TEM data in any transmitter-receiver configuration
  • airborne TEM data in any transmitter-receiver configuration
  • ground conductivity meter data (EM31-type)
  • airborne frequency domain data (HEM)
  • surface ERT (resistivity) data
  • borehole ERT data
  • marine resisistivity data with electrodes at the bottom of the sea
  • Surface wave MASW data.
The inversion runs extremely stable and fast. For most data types a full least squares inversion can be carried out in less than a second.

For more information about the capabilities of the inversion code for embedded usage please contact the Aarhus Geophysics at This e-mail address is being protected from spambots. You need JavaScript enabled to view it