Titlebook: Selected Areas in Cryptography -- SAC 2013; 20th International C Tanja Lange,Kristin Lauter,Petr Lisoněk Conference proceedings 2014 Spring

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res of iron were reduced to the metal using charcoal as a reducing agent, and steel, which is basically an alloy of iron and carbon, was produced by the . process, in which wrought iron bars were packed, together with charcoal, in cast iron boxes and heated to about 1000°C. At the high temperature c

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拱形面包

Dmitry Khovratovich,Christian Rechbergerres of iron were reduced to the metal using charcoal as a reducing agent, and steel, which is basically an alloy of iron and carbon, was produced by the . process, in which wrought iron bars were packed, together with charcoal, in cast iron boxes and heated to about 1000°C. At the high temperature c

合唱团

Hongjun Wu,Bart Preneelrmer category covers the element iron and its alloys, while all the other metallic elements (some 70 in number) and their alloys are classified as non-ferrous. The division is not quite as unbalanced as might at first appear, because iron occupies a very special position among metallic materials, ow

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Adenoma

Charles Bouillaguet,Chen-Mou Cheng,Tung Chou,Ruben Niederhagen,Bo-Yin Yanghat control the properties of materials. There are many thousands of materials available for use by today’s engineers and, clearly, it is impossible for one person to have a full and detailed knowledge of all of them. However, as we have seen in Chapter 1, materials can be classified within several

星星

Thomas Eisenbarth,Ingo von Maurich,Xin Yeres of iron were reduced to the metal using charcoal as a reducing agent, and steel, which is basically an alloy of iron and carbon, was produced by the . process, in which wrought iron bars were packed, together with charcoal, in cast iron boxes and heated to about 1000°C. At the high temperature c

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The Realm of the Pairingsseful tool for the construction of cryptosystems with unique features. Yet, they are notoriously hard to implement efficiently, so that their effective deployment requires a careful choice of parameters and algorithms. In this paper we review the evolution of pairing-based cryptosystems, the develop

发酵剂

A Three-Level Sieve Algorithm for the Shortest Vector Problemieve algorithm. Inspired by their idea, we present a three-level sieve algorithm in this paper, which is shown to have better time complexity. More precisely, the time complexity of our algorithm is . polynomial-time operations and the corresponding space complexity is . polynomially many bits.

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Improvement and Efficient Implementation of a Lattice-Based Signature Schemeure, for example due to the possibility of quantum attacks. A particularly interesting scheme in this context is the GPV signature scheme [.] combined with the trapdoor construction from Micciancio and Peikert [.] as it admits strong security proofs and is believed to be very efficient in practice.