Retinal motion estimation in adaptive optics scanning laser ophthalmoscopy
We apply a novel computational technique known as the map-seeking circuit algorithm to
estimate the motion of the retina of eye from a sequence of frames of data from a scanning
laser ophthalmoscope. We also present a scheme to dewarp and co-add frames of retinal
image data, given the estimated motion. The motion estimation and dewarping techniques
are applied to data collected from an adaptive optics scanning laser ophthalmoscopy.
estimate the motion of the retina of eye from a sequence of frames of data from a scanning
laser ophthalmoscope. We also present a scheme to dewarp and co-add frames of retinal
image data, given the estimated motion. The motion estimation and dewarping techniques
are applied to data collected from an adaptive optics scanning laser ophthalmoscopy.
We apply a novel computational technique known as the map-seeking circuit algorithm to estimate the motion of the retina of eye from a sequence of frames of data from a scanning laser ophthalmoscope. We also present a scheme to dewarp and co-add frames of retinal image data, given the estimated motion. The motion estimation and dewarping techniques are applied to data collected from an adaptive optics scanning laser ophthalmoscopy.
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