Visual Cryptography for Image Processing and Security : Theory, Methods, and Applications /
Liu, Feng.
Visual Cryptography for Image Processing and Security : Theory, Methods, and Applications / by Feng Liu, Wei Qi Yan. - 2nd ed. 2015. - 1 online resource
Introduction -- Various Problems in Visual Cryptography -- Cheating Prevention of Visual Cryptography -- Various Visual Cryptography Schemes -- Various Color Schemes of Visual Cryptography -- Various Applications of Visual Cryptography.
This unique text/reference addresses the fundamental concepts in the theory and practice of visual cryptography, a secret sharing technique which allows the encryption of an image without requiring any complex computation or knowledge of cryptography. The design, construction, analysis, and application of visual cryptography schemes (VCSs) are discussed in detail. Original, cutting-edge research is presented on probabilistic, size invariant, threshold, concolorous, and cheating immune VCS. This updated second edition has also been expanded with new content on braille and 2D barcode authentication of visual cryptography shares. Topics and features: • Contains review exercises at the end of each chapter, as well as a helpful glossary (NEW) • Provides a thorough introduction to the field of visual cryptography • Examines various common problems in visual cryptography, including the alignment, flipping, cheating, distortion, and thin line problems • Reviews a range of visual cryptography schemes, including XOR-based visual cryptography and security enriched VCS • Describes different methods for presenting color content using visual cryptographic techniques • Covers such applications of visual cryptography as watermarking, resolution variant VCS, and multiple resolution VCS This logically-structured and comprehensive work will serve as a helpful reference for all researchers and students interested in do.
9783319234731
10.1007/978-3-319-23473-1 doi
Computer vision.
Computer security.
Coding theory.
Image Processing and Computer Vision.
Systems and Data Security.
Coding and Information Theory.
TA1637-1638 TA1634
Visual Cryptography for Image Processing and Security : Theory, Methods, and Applications / by Feng Liu, Wei Qi Yan. - 2nd ed. 2015. - 1 online resource
Introduction -- Various Problems in Visual Cryptography -- Cheating Prevention of Visual Cryptography -- Various Visual Cryptography Schemes -- Various Color Schemes of Visual Cryptography -- Various Applications of Visual Cryptography.
This unique text/reference addresses the fundamental concepts in the theory and practice of visual cryptography, a secret sharing technique which allows the encryption of an image without requiring any complex computation or knowledge of cryptography. The design, construction, analysis, and application of visual cryptography schemes (VCSs) are discussed in detail. Original, cutting-edge research is presented on probabilistic, size invariant, threshold, concolorous, and cheating immune VCS. This updated second edition has also been expanded with new content on braille and 2D barcode authentication of visual cryptography shares. Topics and features: • Contains review exercises at the end of each chapter, as well as a helpful glossary (NEW) • Provides a thorough introduction to the field of visual cryptography • Examines various common problems in visual cryptography, including the alignment, flipping, cheating, distortion, and thin line problems • Reviews a range of visual cryptography schemes, including XOR-based visual cryptography and security enriched VCS • Describes different methods for presenting color content using visual cryptographic techniques • Covers such applications of visual cryptography as watermarking, resolution variant VCS, and multiple resolution VCS This logically-structured and comprehensive work will serve as a helpful reference for all researchers and students interested in do.
9783319234731
10.1007/978-3-319-23473-1 doi
Computer vision.
Computer security.
Coding theory.
Image Processing and Computer Vision.
Systems and Data Security.
Coding and Information Theory.
TA1637-1638 TA1634
