A Change Detection Ground Penetrating RADAR

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Described are a method and system for detecting and locating changes in an underground region. Changes are detected using a mobile coherent change detection ground penetrating radar (GPR). The GPR system is located on a mobile platform that makes two more measurement passes over the same route to acquire GPR images of an underground region at different times. A lateral offset between the GPR images for the two different times is determined and applied to one of the GPR images to generate a GPR shifted image that is spatially aligned with the other GPR image using a correlation process or other technique. A GPR difference image is generated from the GPR shifted image and the other GPR image. The GPR difference image includes data representative of changes to the underground region that occurred between the two measurement passes.

Researchers

Alan Fenn / Justin Brooke / Robert Atkins / Birol Bekirov / Brice MacLaren / Janusz Majewski / Peter Hurst / Joe Pacheco / Beijia Zhang / Jonathan Williams / Charles Coldwell / Phillip Davis / Matthew Cornick / Edwin LeFave

Departments: Lincoln Laboratory
Technology Areas: Sensing & Imaging: Chemical & Radiation Sensing, Imaging
Impact Areas: Connected World

  • mobile coherent change detection ground penetrating radar
    United States of America | Granted | 8,786,485

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