Recent Advances in Rsa Cryptography

ISBN-13: 9780792374381 / Angielski / Twarda / 2001 / 140 str.

Stefan Katzenbeisser

Opis

Recent Advances in RSA Cryptography surveys the most important achievements of the last 22 years of research in RSA cryptography. Special emphasis is laid on the description and analysis of proposed attacks against the RSA cryptosystem. The first chapters introduce the necessary background information on number theory, complexity and public key cryptography. Subsequent chapters review factorization algorithms and specific properties that make RSA attractive for cryptographers. Most recent attacks against RSA are discussed in the third part of the book (among them attacks against low-exponent RSA, Hastad's broadcast attack, and Franklin-Reiter attacks). Finally, the last chapter reviews the use of the RSA function in signature schemes.
Recent Advances in RSA Cryptography is of interest to graduate level students and researchers who will gain an insight into current research topics in the field and an overview of recent results in a unified way.
Recent Advances in RSA Cryptography is suitable as a secondary text for a graduate level course, and as a reference for researchers and practitioners in industry.

Spis treści

Preface. Foreword. 1. Mathematical Background. 2. Computational Complexity. 3. Public Key Cryptography. 4. Factorization Methods. 5. Properties of the RSA Cryptosystem. 6. Low-Exponent RSA. 7. Protocol and Implementation Attacks. 8. RSA Signatures. References. Index.

O autorze

Prof. Dr. techn. Stefan Katzenbeisser, Dipl. Informatiker, Diplom an der TU Wien (2001), Promotion an der TU München (2005), Senior Scientist, Philips Research Europe, Information and System Security Group (2005-2007), Juniorprofessor für Security Engineering (2007 - 2011), seit 2011 Universitätsprofessor für Security Engineering der TU Darmstadt, Forschungsschwerpunkte in Cryptographic protocols (design, analysis), Cryptographic techniques for noisy and fuzzy data, Privacy Enhancing, Technologies, Software Security, Watermarking, Digital Rights Management, Copyright Protection, Malicious Code Detection.