This invention incorporates the techniques of geophysical technology into
medical imaging.
Ultrasound waves are generated from multiple, simultaneous sources tuned for maximum penetration, resolution, and
image quality. Digitally recorded reflections from throughout the body are combined into a file available for automated interpretation and
wavelet attribute analyses. Unique points within the object are imaged from multiple positions for
signal-to-
noise enhancement and
wavelet velocity determinations. This
system describes gaining critical efficiencies by reducing equation variables to known quantities. Sources and receivers are locked in invariant, known positions. Statistically valid measurements of densities and
wavelet velocities are combined with object models and initial parameter assumptions. This makes possible three-dimensional images for viewing manipulation, mathematical analyses, and detailed interpretation, even of the body in motion. The invention imposes a Cartesian coordinate
system on the image of the object. This makes reference to any structure within the object repeatable and precise. Finally, the invention teaches how the recording and storing of the received signals from a
whole body analysis makes a subsequent search for structures and details within the object possible without reexamining the object.