Abstract
We present experiments on 3D visualization of partially
occluded objects using axially distributed sensing. The axially
distributed sensing method provides collection of 3D information
for a partially occluded object and the 3D images are visualized
using the modified digital reconstruction algorithm based on
inverse ray projection model. We apply this method to a
camouflage setting where the object is partially occluded by a
camouflage net. The optical experiments are performed to capture
longitudinal elemental images of a partially camouflaged object
and to visualize the 3D images with digital reconstruction. To
the best of our knowledge, this is the first report to apply the
axially distributed sensing method to visualizing occluded
objects.
© 2011 IEEE
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