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This book constitutes the thoroughly refereed post-conference
proceedings of the 21st International Workshop on Fast Software
Encryption, held in London, UK, March 3-5, 2014. The 31 revised
full papers presented were carefully reviewed and selected from 99
initial submissions. The papers are organized in topical sections
on designs; cryptanalysis; authenticated encryption; foundations
and theory; stream ciphers; hash functions; advanced constructions.
It is now more than five years since the Belgian block cipher
Rijndael was chosen as the Advanced Encryption Standard {AES). Joan
Daemen and Vincent Rijmcn used algebraic techniques to provide an
unparalleled level of assurance against many standard statistical
cryptanalytic tech- niques. The cipher is a fitting tribute to
their distinctive approach to cipher design. Since the publication
of the AES, however, the very same algebraic structures have been
the subject of increasing cryptanalytic attention and this
monograph has been written to summarise current research. We hope
that this work will be of interest to both cryptogra- phers and
algebraists and will stimulate future research. During the writing
of this monograph we have found reasons to thank many people. We
are especially grateful to the British Engineering and Physical
Sciences Research Council (EPSRC) for their funding of the research
project Security Analysis of the Advanced Encryption System (Grant
GR/S42637), and to Susan Lagerstrom-Fifc and Sharon Palleschi at
Springer. Wo would also hke to thank Glaus Diem, Maura Paterson,
and Ludovic Perret for their valuable comments. Finally, the
support of our families at home and our colleagues at work has been
invaluable and particularly appreciated.
It is now more than five years since the Belgian block cipher
Rijndael was chosen as the Advanced Encryption Standard {AES). Joan
Daemen and Vincent Rijmcn used algebraic techniques to provide an
unparalleled level of assurance against many standard statistical
cryptanalytic tech- niques. The cipher is a fitting tribute to
their distinctive approach to cipher design. Since the publication
of the AES, however, the very same algebraic structures have been
the subject of increasing cryptanalytic attention and this
monograph has been written to summarise current research. We hope
that this work will be of interest to both cryptogra- phers and
algebraists and will stimulate future research. During the writing
of this monograph we have found reasons to thank many people. We
are especially grateful to the British Engineering and Physical
Sciences Research Council (EPSRC) for their funding of the research
project Security Analysis of the Advanced Encryption System (Grant
GR/S42637), and to Susan Lagerstrom-Fifc and Sharon Palleschi at
Springer. Wo would also hke to thank Glaus Diem, Maura Paterson,
and Ludovic Perret for their valuable comments. Finally, the
support of our families at home and our colleagues at work has been
invaluable and particularly appreciated.
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Selected Areas in Cryptography - SAC 2018 - 25th International Conference, Calgary, AB, Canada, August 15-17, 2018, Revised Selected Papers (Paperback, 1st ed. 2019)
Carlos Cid, Michael J. Jacobson, Jr.
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R1,625
Discovery Miles 16 250
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Ships in 10 - 15 working days
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This book contains revised selected papers from the 25th
International Conference on Selected Areas in Cryptography, SAC
2018, held in Calgary, AB, Canada in August 2018. The 22 full
papers presented in this volume were carefully reviewed and
selected from 57 submissions. They cover the following research
areas: design and analysis of symmetric key primitives and
cryptosystems, including block and stream ciphers, hash functions,
MAC algorithms, and authenticated encryption schemes efficient
implementations of symmetric and public key algorithms mathematical
and algorithmic aspects of applied cryptology cryptography for the
Internet of Things
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