Index
Note: Page numbers followed by f indicate figures and t indicate tables.
A
Acquisition system interfaces
151–152Advanced Television Systems Committee (ATSC)
162–163Ambient lighting environments
181Analog to digital converter (ADC)
90–91B
Bayesian labeling problem
67Bidirectional similarity (BDS)
33–34Bidirectional similarity measure (BDSM)
75–77Block-based motion estimation
26–28Bright lighting environments
181C
Camera under test (CUT)
94–95Compatible double stream methods
131Complex Wavelet Structural Similarity Index (CW-SSIM)
113Compression system interfaces
151–152Contrast amplification
118Cross-bilateral filter (CBF)
30–31D
image alignment generation
74–77Digital Terrestrial Multimedia Broadcast (DTMB)
162–163Digital Video Broadcasting (DVB-T)
162–163Digital video quality (DVQ) metric
113Dirichlet boundary conditions
52Discrete Cosine Transform (DCT)
87–89Dispersion threshold identification (I-DT).
191Distortion-specific NR methods
113–114Dominant motion regions (DMR)
36–37psychometric function
118Dual gain architecture (DGA)
100–101Dynamic camera and static scene
50–53geometry estimation
50–51video reconstruction
51–52E
Electro-optical transfer function (EOTF)
158,
167f,
168Enhanced predictive zonal search (EPZS)
27–28Environment context reader
185Equirectangular projection maps
207F
Field Programmable Gate Array (FPGA)
146–147Fusion of exposure controlled frames
25–26G
Gaze-dependent tone mapping operator (GDTMO)
190,
196–197Generalized Gaussian distribution (GGD)
114Geometry estimation
50–51Gradient domain editing
54H
HDR image deghosting methods
6–8moving object registration.
moving object selection
7–8radiance map recovery
21–22unidirectional warping
21HDR visual difference predictor (HDR-VDP)
87–89HDR visual quality measure (HDR-VQM)
87–89High dynamic range (HDR) video capture
adaptive filtering for registration artifact removal
30–31block-based motion estimation
26–28dynamic camera and static scene
50–53environment context reader
185exposure fusion video deghosting
31–32fusion of exposure controlled frames
25–26global deghosting algorithms
14–20image acquisition model
5–6image deghosting methods
6–8local deghosting algorithms
20–38MAP estimation framework
34–36motion aware exposure bracketing
36–38multiple camera solutions
10–13professional broadcast production workflows
157–158real-time processing of
157saturated blocks, MV refinement
28–29single aperture multiple sensor
9–10single layer
vs. dual layer
165static camera and dynamic scene
53–56uncertainty over consumer demand
227–228High dynamic range (HDR) compression
High dynamic range (HDR) imaging
87High efficiency video codec
221–222High efficiency video encoding (HEVC)
138–139Higher bit-depth single stream compression methods
131Histogram-based image registration for real-time HDR videos
15–17I
Image quality metrics (IQM)
111–112Integrated Services Digital Broadcasting (ISDB-T)
162–163J
Just noticeable differences (JND) values
115K
Kalman filter application
15L
Learning-based Predictor of Localized Distortions (LPLD)
123–124Linear regression algorithm
23–24Lloyd Max quantization
131Local deghosting algorithms
20–38Local motion regions (LMR)
36–37Log-encoded ratio frame
133Luminance modulation factor
116–117M
Markov Random Field (MRF)
50–51Maximum a posteriori (MAP)
34Mean squared error (MSE)
75–77Median threshold bitmaps (MTBs)
16Medium/high-end cameras
56Mobile devices, HDR video
local storage availability
178Modified multiview stereo (MVS) algorithm
50–51,
51f,
52Moving picture quality metric (MPQM)
112–113Multiple camera solutions
10–13N
Natural density (ND) filters
48–49Natural scene statistics
114Nearest neighbor field (NNF)
72random transformation values
72Nearest neighbor search
72–74Neutral density (ND) filters
206Neutralization and high dynamic range imaging
sampling environment maps
209No-reference objective quality metric (NROQM)
87,
89Normalized cross correlation (NCC)
16,
66–67O
Offline CRF recovery methods
68–71Opto-electronic conversion function (OECF)
90–93Opto-Electronic Transfer Function (OETF)
158,
167f,
168Opto-Optical Transfer Function (OOTF)
165P
Patch-based HDR image synthesis algorithms
33–34Patch-based multiscopic HDR generation
71–77Perceptual distortion metric (PDM)
113Perceptually uniform (PU)
121,
121fPerceptual quantitiser (PQ) method
221–222Per frame CRF recovery methods
66–68Per-pixel image-quality datasets
123Photographic Tone Mapping Reproduction operator
136–138short-term temporal pooling
122–123Practical Backwards Compatible (pBC)
straightforward method
142Precomputed radiance transfer (PRT)
208–209Professional broadcast production workflows
157–158Psychometric function
118Pupil-corneal reflection (P-CR) technique
191Pyramid-based image fusion method
25Q
R
Rank minimization-based HDR imaging (RM-HDR)
34Rate Distortion Optimized HDR video compression method
133Real-time manipulation and monitor
165–168Real-time system for capturing HDR videos
17–20Reconstruction function (RF)
132–133Region of Interest (ROI) selection tool
96–97Robust object recognition and tracking
204Root mean squared error (RMSE)
111–112S
Sampling environment maps
209Short-term temporal pooling
122–123Signal Detection Theory (SDT)
91–93Signal Known Exactly (SKE)
91–93Signal-to-noise ratio (SNR)
87–89Simple standard spatial observer (SSO)
113Single aperture multiple sensor solutions
9–10Single source methods
7–8Small screen devices, HDR video
Spherical harmonic (SH) coefficients
208–209Standard definition TV (SDTV)
156–157Static camera and dynamic scene
53–56offline CRF recovery methods
68–71per frame CRF recovery methods
66–68Structural Similarity Index (SSIM)
87–89Structure-from-motion (SfM) algorithm
50–51,
50f,
52Sum of absolute differences (SAD)
27Sum of squared differences (SSD)
66Support vector machines (SVM)
114T
Time-dependent visual adaptation
175Tone-mapping operators (TMOs)
174–176ambient lighting environments
181bright lighting environments
181perceptually based tone mapping
175time-dependent visual adaptation
175U
Ultra high definition (UHD)
215–216Ultra-high definition TV (UHDTV)
156–157Uncertainty over consumer demand
227–228Unidirectional warping
21V
Velocity-threshold identification (I-VT)
191Video quality metrics (VQM)
111–112Video reconstruction
51–52View dependent enhancement of the dynamic range of video
14–15W
Ward’s MTB registration method
32Ward’s scaling tone mapping approach
194X
Z
Zero mean normalized cross correlation (ZNCC)
11–12