Standard Codecs: Image Compression to Advanced Video Coding (IET Telecommunications Series)

Chapter 2: Video Basics

Table 2.1: Percentage of each chrominance component resolution with respect to luminance in the horizontal and vertical directions

Chapter 3: Principles of Video Compression

Table 3.1: Percentage of processing time required to carry out motion estimation in an MPEG-1 encoder

Table 3.2: Computational complexity

Table 3.3: Compensation efficiency

Table 3.4: Example: fixed model for alphabet {a, e, i, o, u, !}

Table 3.5: Representation of arithmetic coding process

Table 3.6: Representation of decoding process of arithmetic coding

Table 3.7: Probability and cumulative probability of four symbols as an example

Table 3.8: Generated binary bits of coding bbacd message

Chapter 4: Subband and Wavelet

Table 4.1: Lowpass and highpass analysis filters of integer (5, 3) biorthogonal filter

Table 4.2: Lowpass and highpass analysis filters of Daubechies (9, 3) biorthogonal filter

Table 4.3: Lowpass and highpass analysis filters of Daubechies (9, 7) biorthogonal filter

Table 4.4: Assignment of the nine contexts based on neighbourhood significance

Chapter 5: Coding of Still Pictures (JPEG and JPEG2000)

Table 5.1: Luminance Q table

Table 5.2: Chrominance Q table

Table 5.3: The category (CAT) of the baseline encoder

Table 5.4: Summary: essential characteristics of coding process

Table 5.5: Analysis lowpass and highpass filter banks

Chapter 8: Coding of High Quality Moving Pictures (MPEG-2)

Table 8.1: Various profiles defined for MPEG-2

Table 8.2: The levels defined for each profile

Table 8.3: Five motion compensation modes in MPEG-2

Table 8.4: Applications of SNR scalability

Table 8.5: Applications of spatial scalability

Table 8.6: Applications of temporal scalability

Table 8.7: Duration of various picture activity in a DVD program

Chapter 9: Video Coding for Low Bit Rate Communications (H.263)

Table 9.1: Number of pixels per line and number of lines per picture for each of the H.263 picture formats

Table 9.2: Dbquant codes and relation between quant and bquant

Table 9.3: VLC and RVLC bits of MCBPC

Table 9.4: Number of bits per slice for data partitioning

Table 9.5: PSNR [dB] of various error concealment methods at 5 frames/s

Table 9.6: PSNR [dB] of the various error concealment methods at 12.5 frames/s

Chapter 10: Content-Based Video Coding (MPEG-4)

Table 10.1: Huffman table for the differential chain code

Table 10.2: Breakdown bit rate in coding of a P-picture with VZT and EZW

Appendix B: Huffman Tables for the DC and AC Coefficients of the JPEG Baseline Encoder

Table B.1: DC Huffman coefficients of luminance

Table B.2: AC Huffman coefficients of luminance

Appendix C: Huffman Tables for Quad Tree Shape Coding

Table C.1: table_012.dat

Table C.2: table_3.dat