Titlebook: Selected Areas in Cryptography; 12th International W Bart Preneel,Stafford Tavares Conference proceedings 2006 Springer-Verlag Berlin Heide

折磨

Parallelizable Authentication Treesnown Merkle authentication tree, but which unlike the latter, allows for all the cryptographic operations required for an update to be performed in parallel. As in Merkle authentication trees, the cryptographic operations required for verification can also be parallelized. In particular, we show a p

Lice692

QUAIL

A Space Efficient Backdoor in RSA and Its Applicationse that a successful reverse-engineer is not able to obtain previous nor future RSA private keys that have been/will be generated within the key generation device. The construction employs the notion of two elliptic curves in which one is the “twist” of the other. We present a proof in the random ora

外星人

老人病学

On the (Im)Possibility of Practical and Secure Nonlinear Filters and Combiners attacks. In this paper, we present a unified framework for the security of a design against these attacks based on the properties of the LFSR(s) and the Boolean function used. It is explained why building nonlinear filters seems more practical than building nonlinear combiners. We also investigate

填料

inspiration

Tree-Based Key Distribution Patternstion pattern (TKDP). We presents a method of constructing TKDPs from cover-free families. We show the existence of TKDPs by probabilistic method. We can reduce the upper bounds on the minimum number of rows of (.)-TKDPs, which are obtained from probabilistic methods, asymptotically by a factor of .

venous-leak

Provably Secure Tripartite Password Protected Key Exchange Protocol Based on Elliptic Curvesed authentication schemes have been proposed to provide authentication for Joux’s protocol, no provably secure password-based one round tripartite key agreement protocol has been proposed yet. We propose a secure one round password-based tripartite key agreement protocol that builds on Joux’s protoc

GROWL

An Access Control Scheme for Partially Ordered Set Hierarchy with Provable Securityrarchy represented by a partially ordered set (poset) has been researched intensively in the past years. In this paper, we propose a new scheme that achieves the best performance of previous schemes and is provably secure under a comprehensive security model.

persistence