Selected Areas in Cryptography

Klappentext

This volume constitutes the refereed post-proceedings of the 13th International Workshop on Selected Areas in Cryptography. Twenty-five full papers are presented along with two important invited talks. The papers are organized into topical sections covering block cipher cryptanalysis, stream cipher cryptanalysis, block and stream ciphers, side-channel attacks, efficient implementations, message authentication codes, and hash functions.

Inhalt
Block Cipher Cryptanalysis.- Improved DST Cryptanalysis of IDEA.- Improved Related-Key Impossible Differential Attacks on Reduced-Round AES-192.- Related-Key Rectangle Attack on the Full SHACAL-1.- Stream Cipher Cryptanalysis I.- Cryptanalysis of Achterbahn-Version 2.- Cryptanalysis of the Stream Cipher ABC v2.- The Design of a Stream Cipher LEX.- Dial C for Cipher.- Improved Security Analysis of XEX and LRW Modes.- Extended Hidden Number Problem and Its Cryptanalytic Applications.- Changing the Odds Against Masked Logic.- Advances on Access-Driven Cache Attacks on AES.- Blind Differential Cryptanalysis for Enhanced Power Attacks.- Efficient Implementations I.- Efficient Implementations of Multivariate Quadratic Systems.- Unbridle the Bit-Length of a Crypto-coprocessor with Montgomery Multiplication.- Delaying and Merging Operations in Scalar Multiplication: Applications to Curve-Based Cryptosystems.- Stream Cipher Cryptanalysis II.- On the Problem of Finding Linear Approximations and Cryptanalysis of Pomaranch Version 2.- Multi-pass Fast Correlation Attack on Stream Ciphers.- Crossword Puzzle Attack on NLS.- Invited Talk.- When Stream Cipher Analysis Meets Public-Key Cryptography.- Efficient Implementations II.- On Redundant ?-Adic Expansions and Non-adjacent Digit Sets.- Pairing Calculation on Supersingular Genus 2 Curves.- Efficient Divisor Class Halving on Genus Two Curves.- Message Authentication on 64-Bit Architectures.- Some Notes on the Security of the Timed Efficient Stream Loss-Tolerant Authentication Scheme.- Constructing an Ideal Hash Function from Weak Ideal Compression Functions.- Provably Good Codes for Hash Function Design.