Digital Compression for Multimedia

Autorentext
By Jerry D. Gibson, Toby Berger, Tom Lookabaugh, Rich Baker and David Lindbergh

Zusammenfassung
Compression algorithms are key to transfer and storage of multimedia applications, and many large networks depend on effective compressions. This text discusses the basic principles of compression, common compression algorithms and important standards.

Inhalt
Contents Preface 1 Introduction to Data Compression 2 Lossless Source Coding 3 Universal Lossless Source Coding 4 Quantization 5 Predictive Coding 6 Linear Predictive Speech Coding Standards 7 Frequency Domain Coding 8 Frequency Domain Speech and Audio Coding Standards 9 JPEG Still-Image Compression Standard 10 Multimedia Conferencing Standards 11 MPEG Compression Appendix A - Speech Quality and Intelligibility Appendix B - Proof That Huffman Codes Minimize Appendix C - Proof That Every UD Code Satisfies the Kraft Inequality Appendix D - Behavior of Approximations to Entropy Rate Appendix E - Proof of Forward March Property for LZY Appendix F - Efficient Coding of Lk for LZ77 References Glossary Index About the Authors