picked up by MALT at four sampling points , where and
are fraction of the lens pitch.
In the second stage, the set of recorded elemental-image arrays
are cut apart into single elemental images. We denote an
elemental image as , where is the position of the elemental
image inside of a array. The set of cut elemental
images is arranged in an array as if they were picked up in a
single shot using a lenslet array with half pitch. The output of
this procedure is a single elemental-image array that is called
an over-sampled array because it contains all the picked up elemental
images.
The final stage displays this single elemental-image array
through an optical reconstruction system for II, but using more
lenslets than in the pickup process. A magnified 3-D reconstructed
integral image is thus generated. Thus, in the 3-D reconstruction
stage of the example in Fig. 3, 4 4 elements of the
reconstruction setup are used. A magnified 3-D integral image
is reconstructed at a distance, from the lenslet plane, larger than
in the original 3-D integral image [8], as is show in Fig. 2(b).
The complexity of the OM method will increase sharply according
to a magnification factor . The complexity is related
with the mechanical nature of MALT and the small interval of
lenslet array movement.
picked up by MALT at four sampling points , where and
are fraction of the lens pitch.
In the second stage, the set of recorded elemental-image arrays
are cut apart into single elemental images. We denote an
elemental image as , where is the position of the elemental
image inside of a array. The set of cut elemental
images is arranged in an array as if they were picked up in a
single shot using a lenslet array with half pitch. The output of
this procedure is a single elemental-image array that is called
an over-sampled array because it contains all the picked up elemental
images.
The final stage displays this single elemental-image array
through an optical reconstruction system for II, but using more
lenslets than in the pickup process. A magnified 3-D reconstructed
integral image is thus generated. Thus, in the 3-D reconstruction
stage of the example in Fig. 3, 4 4 elements of the
reconstruction setup are used. A magnified 3-D integral image
is reconstructed at a distance, from the lenslet plane, larger than
in the original 3-D integral image [8], as is show in Fig. 2(b).
The complexity of the OM method will increase sharply according
to a magnification factor . The complexity is related
with the mechanical nature of MALT and the small interval of
lenslet array movement.
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