Design of digital video coding systems: a complete compressed domain approach

 Content: Background and Standards --
 Video Communications --
 Importance of Video Compression --
 Advances in Video Coding --
 Waveform-Based Video Coding --
 Model-Based Video Coding --
 Motion-Compensated DCT Video Coding --
 Basic Principles of Motion Compensated Transform Coding --
 Picture Formats --
 Color Spaces and Sample Positions --
 Layers in Video Stream --
 Intraframe Block-Based Coding --
 Spatial Decorrelation Through DCT --
 Exploitation of Visual Insensitivity Through Quantization --
 Lossless Compression Through Entropy Codin --
 Interframe Block-Based Coding --
 Block-Based Motion Estimation Algorithms --
 Block-Based Motion Compensation --
 Coding DCT Coefficients in Interframes --
 Motion-Compensated DCT Video Encoder and Decoder --
 Fully DCT-Based Motion-Compensated Video Coder Structure --
 Video Coding Standards --
 Overview of Video Coding Standards --
 JPEG Standards --
 ITU H series --
 MPEG Standards --
 Video Coding Standards --
 H.261 --
 H.263 --
 MPEG-1 --
 MPEG-2 (H.262) and HDTV --
 MPEG-4 --
 Algorithms --
 DCT-Based Motion Estimation --
 DCT Pseudo-Phase Techniques --
 2-D Translational Motion Model --
 The DXT-ME Algorithm --
 Unitary Property of the System Matrix --
 Motion Estimation in Uniformly Bright Background --
 Computational Issues and Complexity --
 Simulation for Application to Image Registration --
 DCT-Based Motion Estimation Approach --
 Preprocessing --
 Adaptive Overlapping Approach --
 Simulation Results --
 Rough Count of Computations --
 Interpolation-Free Subpixel Motion Estimation --
 Pseudo Phases at Subpixel Level.