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SCALABLE VOLUMETRIC THREE-DIMENSIONAL UP-CONVERSION DISPLAY MEDIUM
Access this item.
Title
SCALABLE
VOLUMETRIC
THREE-DIMENSIONAL
UP-CONVERSION
DISPLAY
MEDIUM
Author
Cho, Jung-Hyun
Keywords
3d display
volumetric display
scalable display
up-conversion display
index-matching
Abstract
There are
many
different
techniques
to
display
3D
information.
However
, not
many
of them are
able
to
provide
sufficient
depth
cues
to the
observers
to
sense
or
feel
the
images
as
real
three-dimensional
objects.
Volumetric
three-dimensional
displays
generate
images
within
a
real
3D
space
,
so
they
provide
most
of the
depth
cues
automatically.
This
thesis
discusses
the
basic
notions
required
to
understand
three-dimensional
displays.
Also
discussed
are
different
techniques
used
to
display
3D
information
and their
advantages
and
disadvantages
as
well
as their
current
limitations.
Several
rare-earth
doped
fluoride
crystals
that are
excited
to
emit
visible
light
by
sequential
two
photon
absorption
have been
investigated
as
display
medium
candidates
for
static
volumetric
three
dimensional
displays.
A
scalable
display
medium
is
suggested
to
enable
large
3D
displays.
This
medium
is
a
dispersion
of
particles
of the
rare
earth
doped
fluoride
crystals
in a
refractive
index-matched
polymer
matrix.
Detailed
experiments
are
described
to
prepare
such
a
scalable
display
medium
using
a
wide
variety
of
polymers.
The
scattering
problem
in
such
a
medium
was
greatly
reduced
by
index-matching
the
polymer
to the
crystalline
particles.
An
index-matching
condition
that
optimizes
the
performance
was
identified
and
demonstrated.
A
potential
near-future
solution
is
demonstrated
and
improvements
are
suggested.
Adviser
Bass, Michael
Publisher
University
of
Central
Florida
Degree
Ph.D.
Degree Discipline
Optics and Photonics
Degree Grantor
Optics and Photonics
Degree Program
Optics PhD
Graduation Date
2007-12-01
Type
Doctoral dissertation
Access Level
Public - Allow Worldwide Access
Release Date
2007-12-01
Repository
University Archives
Repository Collection
Electronic Theses and Dissertations
Identifier
CFE0001899
Access Link
http://purl.fcla.edu/fcla/etd/CFE0001899
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