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E-book
Author Kiayias, Aggelos.

Title Encryption for digital content / Aggelos Kiayias, Serdar Pehlivanoglu
Published New York : Springer, 2010
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Description 1 online resource (xiii, 209 pages) : illustrations
Series Advances in information security, 1568-2633 ; v. 52
Advances in information security ; v. 52. 1568-2633
Contents Cover13; -- Encryption for Digital Content -- Preface -- Contents -- List of Figures -- 1 Fingerprinting Codes13; -- Preliminaries -- Definition of Fingerprinting Codes -- Applications to Digital Content Distribution -- Constructions -- Combinatorial Constructions -- The Chor-Fiat-Naor Fingerprinting Codes -- The Boneh-Shaw Fingerprinting Codes -- The Tardos Fingerprinting Codes -- Code Concatenation -- Bibliographic Notes -- 2 Broadcast Encryption13; -- Definition of Broadcast Encryption -- Broadcast Encryption Based on Exclusive-Set Systems -- Security -- The Subset Cover Framework -- The Key-Poset Framework for Broadcast Encryption -- Viewing Set Systems as Partial Orders -- Computational Specification of Set Systems -- Compression of Key Material -- Revocation in the Key-Poset Framework -- Revocation in the key-poset framework: Definitions -- A sufficient condition for optimal revocation -- Constructions -- Complete Subtree -- Subset Difference -- Key Chain Tree -- Generic Transformations for Key Posets -- Layering Set Systems -- X-Transformation -- Bibliographic notes -- 3 Traitor Tracing13; -- Multiuser Encryption Schemes -- Constructions For Multiuser Encryption Schemes -- Linear Length Multiuser Encryption Scheme -- Multiuser Encryption Schemes Based on Fingerprinting Codes -- Boneh-Franklin Multiuser Encryption Scheme -- Tracing Game: Definitions -- Types of Tracing Games -- Non-Black Box Tracing Game. -- Black-Box Tracing Game. -- Traceability of Multiuser Encryption Schemes -- Traceability of Linear Length Multiuser Encryption Scheme -- Traceability of Schemes Based on Fingerprinting Codes -- Traceability of the Boneh-Franklin Scheme -- Bibliographic Notes -- 4 Trace and Revoke Schemes13; -- Revocation Game: Definitions -- Tracing and Revoking in the Subset Cover Framework -- Tracing and Revoking Pirate Rebroadcasts -- On the effectiveness of Trace and Revoke schemes -- Bibliographic Notes -- 5 Pirate Evolution13; -- Pirate Evolution: Definitions -- A Trace and Revoke Scheme Immune to Pirate-Evolution -- Pirate Evolution for the Complete Subtree Method -- Pirate Evolution for the Subset Difference Method -- Bibliographic Notes -- References -- Index
Summary Encryption for Digital Content is an area in cryptography that is widely used in commercial productions (e.g., Blu-Ray and HD-DVDs). This book provides a comprehensive mathematical treatment of combinatorial encryption techniques used in digital content distribution systems and related attack models. A complete description of broadcast encryption with various revocation and tracing functionalities is included. "Encryption for Digital Content" introduces the subset cover framework (currently used in AACS, Blu-Ray and HD-DVDs,) and tracking/revocation mechanisms in various attack models. Pirate evolution attacks are covered in depth, providing an extensive treatment of the complexity of the revocation problem for multi-receiver (subscriber) encryption mechanisms, as well as the complexity of the traceability problem. This volume also illustrates the manner that attacks affect parameter selection, and how this impacts implementations. -- Publisher description
Analysis Combinatorial designs and configurations
Data encryption (Computer science)
Digital media Security measures
Bibliography Includes bibliographical references (pages 199-206) and index
Subject Data encryption (Computer science)
Digital media -- Security measures.
Combinatorial designs and configurations.
Form Electronic book
Author Pehlivanglu, Serdar
LC no. 2010938358
ISBN 9781441900449 (electronic bk.)
1441900446 (electronic bk.)
1282980858
9781282980853