Index
1D median filters
2D to 3D conversion
depth cues in still pictures
depth image-based rendering
disocclusions and hole-filling
gray shade and luminance settings
integral imaging
motion parallax
pinhole array on a polarizer
preprocessing the depth map
quality assessment
warping the left and right eye view image
3D films
aberration functions
accommodation–disparity mismatch
integral imaging
physiology of 3D perception
volumetric displays
active matrix liquid crystal displays (AMLCD)
active matrix organic light-emitting diodes (AMOLED)
active retarders
ADC see analog-to-digital converters
addressing circuits
advanced intrapanel interfaces (AiPi)
AMLCD see active matrix organic light-emitting diodes
AMOLED see active matrix organic light-emitting diodes
analog-to-digital converters (ADC)
angular transmittance
anti-reference waves
area multiplexing see spatial multiplexing
argon lasers
asymmetric phase masks
asymmetric smoothing
autostereoscopic displays
addressing speeds
angular distribution of intensity
assessment of 3D displays
autostereoscopic projectors
depth-fused 3D displays
directional backlights
four-directional temporal backlights
Fresnel lenses
integral imaging
lens array design
lenticular lenses
light guides
medical applications
mobile applications
multiview
near-to-the-eye displays
parabolic lens approximation
parallax barriers
physiology of 3D perception
polarization-activated microlenses
proximity microprojectors
quality assessment
spatial multiplexing
special mirrors
switchable lenticular lenses
temporal multiplexing
time sequential displays
volumetric displays
autostereoscopic projectors
BBR see broadband retarders
beam splitters/combiners
holography
integral imaging
volumetric displays
BET see blurred edge time
BEW see blurred edge width
binocular rivalry
binocular viewing
birefringence
black insertions
autostereoscopic displays
stereoscopic displays
black LEDs
black matrixes
blinking backlight units (BLU)
block panning/zooming
BLU see blinking backlight units
blur
autostereoscopic displays
physiology of 3D perception
quality assessment
stereoscopic displays
volumetric displays
blurred edge time (BET)
blurred edge width (BEW)
box filters
broadband retarders (BBR)
cathode ray tubes (CRT)
CCD see charge-coupled devices
central depth planes
central limit theorem
charge-coupled devices (CCD)
integral imaging
quality assessment
charging times
chromatic aberrations
chrominance
CID see computed image depth
circularly polarized light
coherence length
color gamuts
color moiré
complex numbers
computed image depth (CID)
contrast
assessment of 3D displays
integral imaging
physiology of 3D perception
quality assessment
stereoscopic displays
contrast sensitivity function (CSF)
convex mirror arrays
cost functions
cross-correlation functions
crossed disparities
crossed lenticular arrangements
crossed polarizations
autostereoscopic displays
stereoscopic displays
crosstalk
autostereoscopic displays
interocular
stereoscopic displays
CRT see cathode ray tubes
CS-SPVA method
CSF see contrast sensitivity function
cue conflicts
DAC see digital-to-analog converters
data compression
deformable membrane mirrors (DMM)
delta configuration
depth cues in still pictures
depth of focus
autostereoscopic displays
holography
integral imaging
volumetric displays
depth from geometrical perspective (DGP)
depth from motion parallax (DMP)
depth from relative position (DRP)
depth-fused 3D displays (DFD)
depth image-based rendering (DIBR)
depth maps
depth perception
assessment of 3D displays
autostereoscopic displays
integral imaging
quality assessment
detour-phase holograms
DFD see depth-fused 3D displays
DGP see depth from geometrical perspective
DIBR see depth image-based rendering
dielectric anisotropy
digital holography
digital-to-analog converters (DAC)
Dirac impulses
directional backlights
discontinuities
discretization of data
disocclusions
disparity
accommodation–disparity mismatch
autostereoscopic displays
crossed disparities
distance scaling
integral imaging
physiology of 3D perception
quality assessment
stereoscopic displays
volumetric displays
disparity space images (DSI)
distribution theory
DMM see deformable membrane mirrors
DMP see depth from motion parallax
DRP see depth from relative position
DSI see disparity space images
dual layer LCDs
duty cycles
dynamic contrast enhancement
dynamic polarization
edge-dependent filters
edge detection
edge-oriented interpolation
elliptical mirrors
eye glasses
assessment of 3D displays
stereoscopic displays
see also shutter glasses
fast Fourier transform (FFT)
fast time sequential 3D displays
feature tracking algorithm
ferroelectric liquid crystal display (FLCD)
FET see field-effect transistors
FFT see fast Fourier transform
FHD see full high definition
field-effect transistors (FET)
autostereoscopic displays
holography
volumetric displays
fixed parallax barriers
flash memory
flat panel displays (FPD)
assessment of 3D displays
autostereoscopic displays
FLCD see ferroelectric liquid crystal display
flicker
focusing errors
four-directional temporal backlights
Fourier transform
assessment of 3D displays
holography
integral imaging
quality assessment
FPD see flat panel displays
frame rate converters (FRC)
frame rates
Fraunhofer integrals
FRC see frame rate converters
free-standing microlenses
Fresnel integrals
Fresnel lenses
full high definition (FHD)
γ-correction
Gaussian filters
geometric depolarization
graded index LC lens (GRIN-LC)
gray shades
2D to 3D conversion
assessment of 3D displays
autostereoscopic displays
quality assessment
stereoscopic displays
GRIN-LC see graded index LC lens
half-wavelength (HW) plates
high definition (HD)
assessment of 3D displays
stereoscopic displays
high-level cognitive factors
hole-filling
holographic laser projectors
holographic screens
holography
assessment of 3D displays
coherence length
digital
discretization of data
Fourier transform techniques
holographic laser projectors
holographic screens
mosaicking
noise variance
overview
practical problems
real-time
recording and reconstruction of 3D images
requirements
volumetric displays
Hopkin's defocus coefficient
horopter circle
human stereopsis
human visual system (HVS)
integral imaging
quality assessment
see also physiology of 3D perception
HW see half-wavelength
image flipping
in-cell microretarders
indium-tin-oxide (ITO)
InGaZO semiconductors
integral imaging
2D to 3D conversion
assessment of 3D displays
depth perception
integral videography
multilayer displays
pinhole array on a polarizer
requirements
resolution
theoretical background
viewing angles/zones
volumetric displays
integral videography (IV)
intensity
holography
volumetric displays
interleaved emission
interocular crosstalk
interocular distance
autostereoscopic displays
quality assessment
inverse Fourier transform
holography
integral imaging
inverted trapezoidal 3D films
ITO see indium-tin-oxide
IV see integral videography
JND see just noticeable difference
Jones vectors
just noticeable difference (JND)
Kanade–Lucas–Toman (KLT) feature tracking algorithm
LC see liquid crystal
LCD see liquid crystal displays
LCOS see liquid crystal on silicon
LED see light emitting diodes
Leith–Upatnick hologram
lenticular lenses
assessment of 3D displays
integral imaging
switchable
light emitting diodes (LED)
autostereoscopic displays
integral imaging
stereoscopic displays
volumetric displays
light guides
line spread functions
linear polarization
autostereoscopic displays
stereoscopic displays
liquid crystal displays (LCD)
active matrix LCDs
assessment of 3D displays
autostereoscopic displays
dual layer LCDs
graded index LC lens
holography
integral imaging
multi-electrode driving LC structure
optically compressed bend LCDs
physiology of 3D perception
quality assessment
stereoscopic displays
liquid crystal (LC) image splitters
liquid crystal (LC) retarder plates
liquid crystal (LC) switchable barriers
liquid crystal (LC) switchable lenses
liquid crystal on silicon (LCOS) devices
assessment of 3D displays
autostereoscopic displays
holography
stereoscopic displays
luminance
assessment of 3D displays
autostereoscopic displays
holography
integral imaging
physiology of 3D perception
quality assessment
stereoscopic displays
volumetric displays
McNeille PBS
magno-cellular-dominated dorsal–cortical path
MC see motion compensation
ME see motion estimation
mean opinion scores (MOS)
mean square difference (MSD)
mean SSIM (MSSIM) indices
mechanical volumetric displays
MeD-LC see multi-electrode driving LC structure
medical applications
autostereoscopic displays
holography
integral imaging
quality assessment
min-filters (MF)
minimization of energy functions
Minkowski metric
mobile applications
autostereoscopic displays
holography
integral imaging
quality assessment
modified time difference (MTD)
modulation transfer function (MTF)
MOE see multiplanar optical element
Moiré-like fringes
monocular depth
MOS see mean opinion scores
mosaicking
motion compensation (MC)
motion estimation (ME)
motion parallax
2D to 3D conversion
assessment of 3D displays
integral imaging
physiology of 3D perception
quality assessment
stereoscopic displays
motion picture response time (MPRT)
motion-to-disparity conversion
MPRT see motion picture response time
MSD see mean square difference
MSSIM see mean SSIM
MTD see modified time difference
MTF see modulation transfer function
multi-electrode driving LC structure (MeD-LC)
multi-focus image beams
multiplanar anti-aliasing
multiplanar optical element (MOE)
multiscale SSIM (VSSIM)
multiview displays
autostereoscopic displays
quality assessment
stereoscopic displays
near-to-the-eye autostereoscopic displays
noise variance
objective quality measures
OCB see optically compressed bend
offset reference holograms
OLED see organic light-emitting diodes
optical transfer function (OTF)
optically compressed bend (OCB) LCDs
autostereoscopic displays
stereoscopic displays
organic light-emitting diodes (OLED)
holography
physiology of 3D perception
stereoscopic displays
orthoscopic images
OTF see optical transfer function
out-of-focus blur
out-of-tolerance blur
panning
PAP see pinhole array on a polarizer
parabolic lens approximation
parallax barriers
parallel processing
parvocellular-dominated dorsal–cortical path
pattern recognition
PBS see polarizing beam splitters
PC-PMMA see polycarbonate–polymethylmethacrylate
PDLC see polymer-dispersed liquid crystal
PDP see plasma display panels
PE see progressive emission
peak signal to noise ratio (PSNR)
perceived depth see depth perception
perceived protrusion ratio
phase retardation
phase-only holograms
phasors
photo-induced alignment
photographic plates
holography
integral imaging
physiology of 3D perception
accommodation–disparity mismatch
binocular viewing
depth of focus/field
depth perception
distance scaling of disparity
high-level cognitive factors
interocular crosstalk
motion parallax
PI see polyimide
pickup plates
pinhole array on a polarizer (PAP)
pixel masks
plasma display panels (PDP)
point spread function (PSF)
point of subjective equality (PSE)
polarization
autostereoscopic displays
circular
dynamic
integral imaging
retarders
wire grid polarizers
polarization-activated microlenses
polarizer foils
polarizing beam splitters (PBS)
autostereoscopic displays
stereoscopic displays
polycarbonate–polymethylmethacrylate (PC-PMMA) films
polyimide (PI) rubbing layers
polymer-dispersed liquid crystal (PDLC) displays
polymer-stabilized cholesteric texture (PSCT) displays
preprocessing the depth map
progressive emission (PE)
proximal blurring point
proximity microprojectors
PSCT see polymer-stabilized cholesteric texture
PSE see point of subjective equality
pseudoscopic images
PSF see point spread function
PSNR see peak signal to noise ratio
Pulfrich's phenomenon
quality assessment
2D to 3D conversion
algorithm based on subjective measures
algorithms based on objective measures
depth cues in still pictures
depth image-based rendering (DIBR)
discontinuities and truth data
disocclusions and hole-filling
gray shade and luminance settings
Kanade–Lucas–Toman feature tracking algorithm
minimization of energy functions
motion parallax
MSE distortions
objective measures
preprocessing the depth map
retrieving quality data from given images
smoothness and edge detection
subjective measures
sum of absolute differences
untextured regions
validity and consistency checks
warping the left and right eye view image
quantified monocular depth
quarter-wavelength (QW) plates
rare earth-doped heavy-metal fluoride glasses
reading beams
real-time imaging
assessment of 3D displays
holography
reconstruction waves
reference beams
refractive index anisotropy
resolution
autostereoscopic displays
integral imaging
physiology of 3D perception
stereoscopic displays
volumetric displays
retarders for polarization generation
SAD see sum of absolute differences
salt and pepper noise
scanning backlights
autostereoscopic displays
stereoscopic displays
SE see simultaneous emission
SED see sum of absolute edge differences
Shannon's sampling theorem
sharpness
assessment of 3D displays
quality assessment
shutter glasses
assessment of 3D displays
autostereoscopic displays
stereoscopic displays
simultaneous emission (SE)
slanted barrier arrangements
slanted lenticular arrangements
slanted pixel arrangements
SLM see spatial light modulators
smoothness
spatial light modulators (SLM)
spatial multiplexing
autostereoscopic displays
physiology of 3D perception
stereoscopic displays
squared intensity differences (SSD)
SSIM see structural similarities
static volumetric displays
stereoacuity
stereoblindness
stereopsis
stereoscopic displays
active retarders
assessment of 3D displays
black insertions
blinking backlights
circularly polarized light
combined area and time division multiplex
contrast
dual layer LCDs
fast time sequential 3D displays
integral imaging
interleaved, simultaneous and progressive addressing
optically compressed bend LCDs
photo-induced alignment
physiology of 3D perception
polarizing beam splitter
quality assessment
retarders for polarization generation
scanning backlights
spatial multiplexing
special solutions
stereoscopic projectors
temporal multiplexing
volumetric displays
wavelength multiplexing
wire grid polarizers
stereoscopic projectors
strabismus
structural similarities (SSIM) algorithm
subjective quality measures
sum of absolute differences (SAD)
sum of absolute edge differences (SED)
swept volumetric displays
switchable barriers
autostereoscopic displays
integral imaging
switchable lenticular lenses
symmetric smoothing
system theory
TCON see timing controllers
temporal multiplexing
autostereoscopic displays
physiology of 3D perception
quality assessment
stereoscopic displays
tent filters
TFT see thin film transistors
thin film transistors (TFT)
autostereoscopic displays
holography
stereoscopic displays
volumetric displays
time sequential displays see temporal multiplexing
time-averaged sum of intensities
timing controllers (TCON)
TN see twisted nematic
TPA see two-photon absorption
transmittance
angular
holography
stereoscopic displays
truth data
TSTF-UC see two-step–two-frequency up-conversion
Tsukuba test image
twisted nematic (TN) cells
autostereoscopic displays
integral imaging
stereoscopic displays
two-foil approach
two-photon absorption (TPA)
two-step–two-frequency up-conversion (TSTF-UC)
ultra definition (UD)
untextured regions
VA see vertically aligned
vertical edge rectification
vertically aligned (VA) cells
autostereoscopic displays
stereoscopic displays
viewing angles/zones
autostereoscopic displays
holography
integral imaging
stereoscopic displays
visual acuity
volumetric displays
accessing and activating voxels
assessment of 3D displays
control circuits
deformable membrane mirrors
depth of field/focus
multi-focus image beams
overview
requirements
static
swept or mechanical
tensioned sheet with moving ripple technique
turntables and LED arrays
two-step–two-frequency up-conversion
VSSIM see multiscale SSIM
warping the left and right eye view image
wavelength multiplexing
windows
wire grid polarizers (WGP)
autostereoscopic displays
stereoscopic displays
zooming