Front Cover -- MULTIMEDIA SECURITY TECHNOLOGIES FOR DIGITAL RIGHTS MANAGEMENT -- Copyright Page -- Table of Contents -- ABOUT THE EDITORS -- ABOUT THE CONTRIBUTORS -- PREFACE -- Part A - OVERVIEW -- Chapter 1 - Introduction-Digital Rights Management -- 1.1 PROPERTY AND VALUE -- 1.2 "ORIGINALWORK" -- 1.3 LOOKING BACK AT THE COPYRIGHT ACT OF 1976 -- 1.4 COMMUNICATION THEORY-WHO SCREAMS LOUDEST? -- 1.5 CRYPTOGRAPHY-MUCH TO DO -- 1.6 DIGITAL RIGHTS MANAGEMENT-WRAPPING AND EMBEDDING -- 1.7 NOW, THE FUTURE -- ACKNOWLEDGMENTS -- REFERENCES -- Chapter 2 - Digital Rights Management Systems -- 2.1 INTRODUCTION-WHAT IS DIGITAL RIGHTS MANAGEMENT? -- 2.2 THE BASIC STRUCTURE OF A DRM SYSTEM -- 2.3 EXAMPLE: THE DVD CONTENT SCRAMBLING SYSTEM -- 2.4 EXAMPLE: THE OMA DRM -- 2.5 THE MPEG LA® DRM REFERENCE MODEL -- 2.6 MAPPING AN APPLICATION ONTO THE MPEG LA® DRM RM -- 2.7 CONCLUSION -- REFERENCES -- Chapter 3 - Putting Digital Rights Management In Context -- 3.1 INTRODUCTION -- 3.2 VALUE-CHAINS -- 3.3 DIGITAL TECHNOLOGIES -- 3.4 WORKING WITH DIGITAL MEDIA -- 3.5 DIGITAL RIGHTS MANAGEMENT -- 3.6 MAKING DRM INTEROPERABLE -- 3.7 THE DMP RESULTS SO FAR -- 3.8 THE DMP SPECIFICATIONS PHASE I -- 3.9 BEYOND TECHNICAL SPECIFICATIONS -- 3.10 ADAPTING TO THE NEW ENVIRONMENT -- 3.11 INTEROPERABLE DRM PLATFORM, PHASE II -- 3.12 CONCLUSION -- REFERENCES -- Part B - FUNDAMENTALS OF MULTIMEDIA SECURITY -- Chapter 4 - Multimedia Encryption -- 4.1 INTRODUCTION -- 4.2 FUNDAMENTALS OF MODERN ENCRYPTION -- 4.3 THE MULTIMEDIA ENCRYPTION PARADIGM -- 4.4 MULTIMEDIA ENCRYPTION SCHEMES -- 4.5 CONCLUSION -- REFERENCES -- Chapter 5 - Multimedia Authentication -- 5.1 INTRODUCTION -- 5.2 IMAGE AUTHENTICATION -- 5.3 VIDEO AUTHENTICATION -- 5.4 AUDIO AUTHENTICATION -- 5.5 SUMMARY -- REFERENCES -- Chapter 6 - Key Management for Multimedia Access and Distribution -- 6.1 INTRODUCTION.

6.2 SECURITY OF MULTIMEDIA IN DISTRIBUTION -- 6.3 SUMMARY OF CA, DRM, AND CP SYSTEMS -- REFERENCES -- Chapter 7 An Overview of Digital Watermarking -- 7.1 INTRODUCTION -- 7.2 CLASSIFICATION OFWATERMARKING SCHEMES -- 7.3 TOOLS AND MATHEMATICAL BACKGROUND -- 7.4 DATA HIDING WITH SIDE INFORMATION -- 7.5 QUANTIZATION-BASED DATA HIDING -- 7.6 LOSSLESSWATERMARKING -- 7.7 FREQUENCY DOMAINWATERMARKING -- 7.8 SECURITY AND ROBUSTNESS -- 7.9 SUMMARY -- REFERENCES -- Chapter 8 - Biometrics in Digital Rights Management -- 8.1 INTRODUCTION -- 8.2 BIOMETRICS -- 8.3 INTEGRATING BIOMETRICS WITH DRM SYSTEMS -- 8.4 CONCLUSION -- REFERENCES -- Part C - ADVANCED TOPICS -- Chapter 9 - Format-Compliant Content Protection -- 9.1 INTRODUCTION -- 9.2 SECURITY ARCHITECTURES FOR CONTENT PROTECTION -- 9.3 RATIONALES FOR FORMAT-COMPLIANT CONTENT PROTECTION -- 9.4 FORMAT-COMPLIANT CONTENT ENCRYPTION -- 9.5 FORMAT-AGNOSTIC CONTENT PROTECTION -- 9.6 SEMI-FORMAT-COMPLIANT CONTENT PROTECTION -- 9.7 CONCLUSION -- REFERENCES -- Chapter 10 - Secure Media Streaming and Secure Transcoding -- 10.1 INTRODUCTION -- 10.2 SECURE STREAMING AND SECURE TRANSCODING FOR SCALABLE CODERS -- 10.3 SECURE STREAMING AND ADAPTATION FOR NON-SCALABLE CODERS -- 10.4 SECURE MEDIA SYSTEMS -- 10.5 SUMMARY -- REFERENCES -- Chapter 11 - Scalable Encryption and Multi- Access Control for Multimedia -- 11.1 INTRODUCTION -- 11.2 SCALABLE CODING -- 11.3 SCALABLE ENCRYPTION -- 11.4 MULTI-ACCESS ENCRYPTION AND KEY SCHEMES -- 11.5 CONCLUSION -- REFERENCES -- Chapter 12 - Broadcast Encryption -- 12.1 INTRODUCTION -- 12.2 PUBLIC KEY CRYPTOGRAPHY VERSUS BROADCAST ENCRYPTION -- 12.3 A TUTORIAL EXAMPLE -- 12.4 SOME PRACTICAL SYSTEMS -- 12.5 SOME EXTENSIONS TO BROADCAST ENCRYPTION -- 12.6 CONCLUSION -- REFERENCES -- Chapter 13 - Practical "Traitor Tracing" -- 13.1 INTRODUCTION -- 13.2 PROBLEM: OVERHEAD.

13.3 PROBLEM: INEFFICIENT TRACING -- 13.4 PROBLEM: REDUCE THE NUMBER OF KEYS STORED IN THE DEVICE -- 13.5 PROBLEM: LACK OF FLEXIBILITY -- 13.6 PROBLEM: TRACING TO MODELS INSTEAD OF TO INDIVIDUAL DEVICES -- 13.7 PROBLEM: EVIL MANUFACTURERS -- 13.8 PROBLEM: WHAT TO DO AFTER YOU TRACE -- 13.9 PROBLEM: WHEN TO APPLY THE TRACING TECHNOLOGY -- 13.10 CONCLUSION -- REFERENCES -- Chapter 14 - Steganalysis -- 14.1 BASIC CONCEPTS -- 14.2 STEGANOGRAPHY-HISTORICAL PERSPECTIVE -- 14.3 TARGETED STEGANALYSIS -- 14.4 BLIND STEGANALYSIS -- 14.5 THE FUTURE -- REFERENCES -- Chapter 15 - Passive-blind Image Forensics -- 15.1 INTRODUCTION -- 15.2 OVERVIEW OF PBIF -- 15.3 FORGERY DETECTION AND SOURCE IDENTIFICATION -- 15.4 CHALLENGES AND RESOURCES FOR PBIF -- 15.5 SUMMARY AND CONCLUSION -- 15.6 FORGERY CREATION TECHNIQUES -- REFERENCES -- Chapter 16 - Security in Digital Cinema -- 16.1 INTRODUCTION -- 16.2 DIGITAL CINEMA STANDARDIZATION EFFORTS -- 16.3 GOALS OF THE DIGITAL CINEMA SECURITY SYSTEM -- 16.4 TOOLS OF DIGITAL CINEMA CONTENT SECURITY -- 16.5 DCI DIGITAL CINEMA SPECIFICATION -- 16.6 SUMMARY -- REFERENCES -- Part D - STANDARDS AND LEGAL ISSUES -- Chapter 17 - DRM Standard Activities -- 17.1 INTRODUCTION -- 17.2 MPEG -- 17.3 OMA -- 17.4 CORAL -- 17.5 DMP -- 17.6 ISMA -- 17.7 AACS -- 17.8 LIST OF DRM STANDARD ORGANIZATIONS AND CONSORTIUMS -- REFERENCES -- Chapter 18 - The Digital Millennium Copyright Act -- 18.1 DIGITAL MEDIA AND SIX-TOED CATS -- 18.2 SPECIAL INTEREST GROUPS, A TREATY, AND THE DIGITAL MILLENNIUM COPYRIGHT ACT IS BORN -- 18.3 THE DIGITAL MILLENNIUM COPYRIGHT ACT IN A NUTSHELL -- 18.4 CIRCUMVENTING A TECHNOLOGICAL MEASURE-A DMCA VIOLATION OF THE FIRST KIND -- 18.5 OVERSEEING THE PROCESS SHALL BE TWO COMPETING GOVERNMENT AGENCIES -- 18.6 LOOPHOLES ONLY A LAWYER COULD LOVE -- 18.7 A COLLECTION OF SAFETY VALVES.

18.8 A CHILLING EFFECT UPON REVERSE ENGINEERING -- 18.9 REMOVING COPYRIGHT MANAGEMENT INFORMATION-A DMCA VIOLATION OF THE SECOND KIND -- 18.10 MORE LOOPHOLES -- 18.11 CONCLUSION-THE SIX-TOED CATS ARE PROBABLY WINNING -- INDEX.