Techniques and Applications of Digital Watermarking and Content Protection : Techniques and Applications.

By: Arnold, MichaelContributor(s): Schmucker, Martin | Wolthusen, StephenMaterial type: TextTextPublisher: Norwood : Artech House, 2003Copyright date: ©2003Description: 1 online resource (283 pages)Content type: text Media type: computer Carrier type: online resourceISBN: 9781580536646Subject(s): Computer security | Data protection | Digital watermarkingGenre/Form: Electronic books.Additional physical formats: Print version:: Techniques and Applications of Digital Watermarking and Content Protection : Techniques and ApplicationsDDC classification: 005.8 LOC classification: QA76.9.A25 -- A76 2003ebOnline resources: Click to View
Contents:
Techniques and Applications of Digital Watermarking and Content Protection -- Contents vii -- Preface xiii -- Acknowledgments xv -- Chapter 1 Introduction 1 -- 1.1 The origins of copyright protection 3 -- 1.2 The protection of intellectual property through technical means 5 -- 1.3 Integrity and authenticity 11 -- References 12 -- Chapter 2 Digital Watermarking 15 -- 2.1 Rationale 15 -- 2.2 Digital watermarking and cryptography 16 -- 2.3 First generation approaches 19 -- 2.4 Beyond the first generation 32 -- References 35 -- Chapter 3 Applications of digital watermarking 39 -- 3.1 Usage-specific requirements 39 -- 3.2 Copyright protection 40 -- 3.3 Annotation watermarking 46 -- 3.4 Fingerprinting 48 -- 3.5 Automatic playlist generation for rights verification 49 -- 3.6 Multimedia authentication 50 -- 3.7 Watermarking for copy protection 51 -- References 53 -- Chapter 4 Digital watermarking for still images 55 -- 4.1 Classification and application requirements 55 -- 4.2 Photographic and photorealistic images 56 -- 4.3 Binary and halftoned images 67 -- 4.4 Summary 69 -- References 69 -- Chapter 5 Digital watermarking for audio data 75 -- 5.1 Requirements and design 75 -- 5.2 Psychoacoustic facts and models 77 -- 5.3 Perceptual audio watermarking 88 -- 5.4 Algorithms 90 -- References 111 -- Chapter 6 Digital watermarking for other media 115 -- 6.1 Digital watermarking for video data 115 -- 6.2 Digital watermarking for three-dimensional data 121 -- 6.3 Digital watermarking for two-dimensional geometry data 136 -- 6.4 Digital watermarking for formatted text 136 -- 6.5 Music scores 138 -- References 140 -- Chapter 7 Attack and benchmarks of digital watermarking systems 147 -- 7.1 Threats and risk analysis 148 -- 7.2 Attacks 149 -- 7.3 Quality evaluation of watermarked objects 168 -- 7.4 Benchmarking 178 -- References 187.
Chapter 8 Other content protection mechanisms 193 -- 8.1 Copy and usage protection schemes 193 -- 8.2 Analog media protection 197 -- 8.3 Off-line digital content protection 201 -- References 208 -- Chapter 9 Integrated content protection solutions 211 -- 9.1 Digital rights management 211 -- 9.2 Tamper protection 228 -- References 237 -- Chapter 10 Conclusion 245 -- 10.1 Digital rights management systems 245 -- 10.2 Digital watermarking 250 -- 10.3 Outlook 251 -- References 252 -- Glossary 255 -- List of acronyms 257 -- About the authors 263 -- Index 265.
Summary: This unique easy-to-use software is an integration of tools and simulators that help you solve the most common feedforward predistorted amplifier design equations, including calculating gain and loop balance, optimum coupling ratios, and more. It includes the tools you need everyday, such as a microstrip calculator and parallel coupler designer, to relieve you of lengthy calculations and help you predict the performance of a complex amplifier before all the blocks are together.
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Techniques and Applications of Digital Watermarking and Content Protection -- Contents vii -- Preface xiii -- Acknowledgments xv -- Chapter 1 Introduction 1 -- 1.1 The origins of copyright protection 3 -- 1.2 The protection of intellectual property through technical means 5 -- 1.3 Integrity and authenticity 11 -- References 12 -- Chapter 2 Digital Watermarking 15 -- 2.1 Rationale 15 -- 2.2 Digital watermarking and cryptography 16 -- 2.3 First generation approaches 19 -- 2.4 Beyond the first generation 32 -- References 35 -- Chapter 3 Applications of digital watermarking 39 -- 3.1 Usage-specific requirements 39 -- 3.2 Copyright protection 40 -- 3.3 Annotation watermarking 46 -- 3.4 Fingerprinting 48 -- 3.5 Automatic playlist generation for rights verification 49 -- 3.6 Multimedia authentication 50 -- 3.7 Watermarking for copy protection 51 -- References 53 -- Chapter 4 Digital watermarking for still images 55 -- 4.1 Classification and application requirements 55 -- 4.2 Photographic and photorealistic images 56 -- 4.3 Binary and halftoned images 67 -- 4.4 Summary 69 -- References 69 -- Chapter 5 Digital watermarking for audio data 75 -- 5.1 Requirements and design 75 -- 5.2 Psychoacoustic facts and models 77 -- 5.3 Perceptual audio watermarking 88 -- 5.4 Algorithms 90 -- References 111 -- Chapter 6 Digital watermarking for other media 115 -- 6.1 Digital watermarking for video data 115 -- 6.2 Digital watermarking for three-dimensional data 121 -- 6.3 Digital watermarking for two-dimensional geometry data 136 -- 6.4 Digital watermarking for formatted text 136 -- 6.5 Music scores 138 -- References 140 -- Chapter 7 Attack and benchmarks of digital watermarking systems 147 -- 7.1 Threats and risk analysis 148 -- 7.2 Attacks 149 -- 7.3 Quality evaluation of watermarked objects 168 -- 7.4 Benchmarking 178 -- References 187.

Chapter 8 Other content protection mechanisms 193 -- 8.1 Copy and usage protection schemes 193 -- 8.2 Analog media protection 197 -- 8.3 Off-line digital content protection 201 -- References 208 -- Chapter 9 Integrated content protection solutions 211 -- 9.1 Digital rights management 211 -- 9.2 Tamper protection 228 -- References 237 -- Chapter 10 Conclusion 245 -- 10.1 Digital rights management systems 245 -- 10.2 Digital watermarking 250 -- 10.3 Outlook 251 -- References 252 -- Glossary 255 -- List of acronyms 257 -- About the authors 263 -- Index 265.

This unique easy-to-use software is an integration of tools and simulators that help you solve the most common feedforward predistorted amplifier design equations, including calculating gain and loop balance, optimum coupling ratios, and more. It includes the tools you need everyday, such as a microstrip calculator and parallel coupler designer, to relieve you of lengthy calculations and help you predict the performance of a complex amplifier before all the blocks are together.

Description based on publisher supplied metadata and other sources.

Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2018. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.

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