Borehole images contain the physical information and chemical properties of geological
formations, which are crucial for high-resolution interpretation of subsurface stratigraphic …

Electrical borehole imaging tools acquire high-resolution microresistivity maps of the
borehole wall, revealing critical sedimentary and structural features for reservoir …

An image associated with a core sample is received. The image represents a property of the
core sample. A plurality of values of at least one image attribute are determined from the …

Borehole images are measured by logging tools in a well, providing a microresistivity map of
the rock properties surrounding the borehole. These images contain valuable information …

During geophysical exploration, inpainting defective logging images caused by mismatches
between logging tools and borehole sizes can affect fracture and hole identification …

Microresistivity image logs from wireline tools commonly include nonmeasured gaps
corresponding to the spaces between electrode-carrying pads in contact with the borehole …

Downhole acoustic and optical televiewer images, and formation microimager (FMI) logs are
important datasets for structural and geotechnical analyses for the mineral and petroleum …

Images created from measurements made by wireline microresistivity imaging tools have
longitudinal gaps when the well circumference exceeds the total width of the pad-mounted …

A pseudo-outcrop visualization is demonstrated for borehole and full-diameter rock core
images to augment the ubiquitous unwrapped cylinder view and thereby assist nonspecialist …

Borehole image logs provide millimeter scale resolution of the subsurface at the fraction of
cost of core data. They require slow acquisition speed compared to traditional wireline logs …