The raw data a CERES device collects in the field isn't a result on its own — the real value comes from processing it into an interpretable subsurface model.
Field survey
For academic and industrial applications, I conduct field surveys using the Electrical Resistivity Method, and Ground Penetrating Radar (GPR) when needed. Electrode array geometry and measurement parameters are planned around the target depth and resolution required.
Forward and inverse modeling
The collected data is processed with 2D and 3D Electrical Resistivity Tomography modeling algorithms — covering both forward modeling (computing the expected measurement from an assumed subsurface model) and inverse modeling (working backward from measured data to the most likely subsurface resistivity distribution). One of my early works in this area was MT2DGUI (2016), a GUI for 2D inversion of MT data; the interface development experience I gained there directly carried over into the real-time monitoring and control software I later built for CERES.
Reporting
The processed model, together with field conditions and interpretation, is turned into a professional report — a publication-ready output for an academic study, or a decision-support document for an industrial client.