I. INTRODUCTION
MODERN digital technology is constantly developing, so
that better image systems for acquisition and display procedures
can be implemented. Nowadays a cellular phone or personal
data assistant has the possibility of picking up and displaying
digital two-dimensional (2-D) images in seconds and
with good quality. This development is also supporting the study
of 3-D images as holography, integral imaging and stereoscopic
images. The so-called Integral Imaging (II), first proposed by
Lippmann [1] in 1908, has been studied in the last couple of
decades using the new technology of sensor and display devices.
The renewed II has been proposed as a real solution to
display 3-D images which includes 3-D TV [2]–[4]. Compared
with other 3-D systems, II presents advantages such as continuous
view points, full parallax, no special eyewear devices for
users are needed, and there is no convergence-accommodation
conflict.
The II system records a 3-D object using a microlens array,
which produces an array of 2-D elemental images over a CCD
I. INTRODUCTION
MODERN digital technology is constantly developing, so
that better image systems for acquisition and display procedures
can be implemented. Nowadays a cellular phone or personal
data assistant has the possibility of picking up and displaying
digital two-dimensional (2-D) images in seconds and
with good quality. This development is also supporting the study
of 3-D images as holography, integral imaging and stereoscopic
images. The so-called Integral Imaging (II), first proposed by
Lippmann [1] in 1908, has been studied in the last couple of
decades using the new technology of sensor and display devices.
The renewed II has been proposed as a real solution to
display 3-D images which includes 3-D TV [2]–[4]. Compared
with other 3-D systems, II presents advantages such as continuous
view points, full parallax, no special eyewear devices for
users are needed, and there is no convergence-accommodation
conflict.
The II system records a 3-D object using a microlens array,
which produces an array of 2-D elemental images over a CCD
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