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Design of Digital Video Coding Systems

A Complete Compressed Domain Approach

By: Jie Chen, Ut-Va Koc, KJ Ray Liu

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Hardcover | 31 October 2001 | Edition Number 1

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Hardcover
488 Pages

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23.4 x 15.6 x 2.54

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A discussion of a compressed-domain approach for designing and implementing digital video coding systems, which is drastically different from the traditional hybrid approach. It demonstrates how the combination of discrete cosine transform (DCT) coders and motion compensated (MC) units reduces power consumption and hardware complexity.

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Series Introduction	p. v
Preface	p. vii
Background and Standards
Video Communications	p. 1
Importance of Video Compression	p. 4
Advances in Video Coding	p. 6
Waveform-Based Video Coding	p. 7
Model-Based Video Coding	p. 16
Motion-Compensated DCT Video Coding	p. 27
Basic Principles of Motion Compensated Transform Coding	p. 28
Picture Formats	p. 29
Color Spaces and Sample Positions	p. 29
Layers in Video Stream	p. 30
Intraframe Block-Based Coding	p. 33
Spatial Decorrelation Through DCT	p. 33
Exploitation of Visual Insensitivity Through Quantization	p. 34
Lossless Compression Through Entropy Codin	p. 38
Interframe Block-Based Coding	p. 46
Block-Based Motion Estimation Algorithms	p. 51
Block-Based Motion Compensation	p. 63
Coding DCT Coefficients in Interframes	p. 64
Motion-Compensated DCT Video Encoder and Decoder	p. 68
Fully DCT-Based Motion-Compensated Video Coder Structure	p. 71
Video Coding Standards	p. 75
Overview of Video Coding Standards	p. 76
JPEG Standards	p. 78
ITU H series	p. 78
MPEG Standards	p. 80
Video Coding Standards	p. 81
H.261	p. 81
H.263	p. 87
MPEG-1	p. 98
MPEG-2 (H.262) and HDTV	p. 107
MPEG-4	p. 111
Algorithms
DCT-Based Motion Estimation	p. 113
DCT Pseudo-Phase Techniques	p. 115
2-D Translational Motion Model	p. 119
The DXT-ME Algorithm	p. 120
Unitary Property of the System Matrix	p. 127
Motion Estimation in Uniformly Bright Background	p. 130
Computational Issues and Complexity	p. 134
Simulation for Application to Image Registration	p. 136
DCT-Based Motion Estimation Approach	p. 138
Preprocessing	p. 139
Adaptive Overlapping Approach	p. 141
Simulation Results	p. 143
Rough Count of Computations	p. 153
Interpolation-Free Subpixel Motion Estimation	p. 155
Pseudo Phases at Subpixel Level	p. 157
One-Dimensional Signal Model	p. 157
Two-Dimensional Image Model	p. 159
Subpel Sinusoidal Orthogonality Principles	p. 164
DCT-Based Subpixel Motion Estimation	p. 167
DCT-Based Half-Pel Motion Estimation Algorithm (HDXT-ME)	p. 167
DCT-Based Quarter-Pel Motion Estimation Algorithm (QDXT-ME and Q4DXT-ME)	p. 176
Simulation Result	p. 179
DCT-Based Motion Compensation	p. 197
Integer-Pel DCT-Based Motion Compensation	p. 198
Subpixel DCT-Based Motion Compensation	p. 201
Interpolation Filter	p. 201
Bilinear Interpolated Subpixel Motion Compensation	p. 202
Cubic Interpolated Subpixel Motion Compensation	p. 202
Simulation Results	p. 203
Interpolation By DCT/DST	p. 204
DCT-I Interpolated Sequence	p. 209
DCT-II of DCT-I Interpolated Half-Pel Motion Compensated Block	p. 211
Matching Encoders with Decoders	p. 212
Matching SE with SD	p. 216
Matching TE with SD	p. 217
Matching TE with SD	p. 217
Matching SE with TD	p. 219
MPEG-4 and Content-Based Video Coding	p. 221
Overview of MPEG-4 Standard	p. 222
MPEG-4 Architecture	p. 223
MPEG-4 Video Coding	p. 226
Overview of MPEG-4 Video Coding	p. 229
Arbitrarily Shaped Region Texture Coding	p. 231
Motion Estimation and Compensation	p. 232
Arbitrary Shape Coding	p. 238
Advanced Coding Techniques	p. 241
Deliver Video Bitstream over Networks	p. 243
Rate Control	p. 244
Error Resilience	p. 244
Universal Accessibility	p. 247
DCT-Domain Content-Based Video Coding	p. 250
Transform Domain Motion Estimation/Compensation	p. 250
Simulation Results	p. 262
Architectures and Implementation
Dual Generation of DCT and DST	p. 265
Discrete Sinusoidal Transforms	p. 266
Evolution of the Algorithms and Architectures	p. 266
What Is Unique in Our Design?	p. 268
One-Dimensional DCT Lattice Structures	p. 268
Dual Generation of DCT and DST	p. 269
Inverse Transforms	p. 275
Multiplier-Reduction of the Lattice Structure	p. 282
Comparisons of Architectures	p. 286
Two-Dimensional DCT Lattice Structures	p. 288
Evolution of the Algorithms and Architectures	p. 289
Dual Generation of 2-D DCT and DSCT	p. 290
Architectures of Frame-Recursive Lattice 2D-DCT and 2-D DSCT	p. 297
Comparisons	p. 304
Applications to the HDTV Systems	p. 306
Efficient Design of Video Coding Engine	p. 311
Overview of Embedded Video Coding Engine	p. 312
Evolution of the Algorithms and Architectures	p. 312
Overview of an Embedded Video Coder Design	p. 314
Efficient Architecture of a Video Coding Engine	p. 320
Why Should We Use CORDIC-Based Design?	p. 320
2D-DXT/IDXT-II Programmable Module	p. 325
Type Transformation Module	p. 329
Pseudo-Phase Computation	p. 329
Peak Searching	p. 334
Half-Pel Motion Estimator Design	p. 337
Simulation Results	p. 344
VLSI Design of Video Coding Engine	p. 344
Design Criteria	p. 344
VLSI Implementation	p. 349
Low-Power and High-Performance Design	p. 355
Low-Power Design	p. 357
Low-Power Design Approaches	p. 357
Algorithm/Architecture-Based Low-Power/High-Performance Approaches	p. 361
Look-Ahead and Multirate Computing Concepts	p. 363
Low-Power and High-Performance Architectures	p. 368
Two-Stage Look-Ahead Type-II DCT/IDCT Coder	p. 370
Pipelining Design for DCT Coefficients Conversion	p. 378
Multirate Design for Pseudo-Phase Computation	p. 380
Pipelining Design for Peak-Search	p. 381
Two-Stage Look-Ahead Half-Pel Motion Estimator	p. 381
Simulation Results and Hardware Cost	p. 390
Applications
End-to-End Video over IP Delivery	p. 393
Overview of Our Design	p. 394
A Sonet Network Adapter Design	p. 396
Joint Source-Channel Multistream Coding	p. 397
A Sonet Network Adapter Design	p. 398
The Brief Overview of Sonet	p. 399
Packet over Sonet or Directly over Fiber	p. 406
Design and Implement a Sonet Network Adapter	p. 407
The Performance of Sonet Device	p. 417
Multistream Video Coding	p. 418
What is Unique in the Multistream Video Coding?	p. 419
The Design of Multistream Video Coding	p. 422
Simulation Results	p. 425
Bibliography	p. 429
Index	p. 459
Table of Contents provided by Syndetics. All Rights Reserved.

Design of Digital Video Coding Systems

A Complete Compressed Domain Approach

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Hardcover

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