Data-driven block ciphers for fast telecommunication systems.9781420054118 Data-driven block ciphers An encryption method that processes the input stream as groups of bytes that are fixed in size, typically 64, 128 or 256 bits long. The state of a block cipher is reset before processing each block. The DES and AES algorithms are examples of block ciphers (see DES and AES). for fast telecommunication systems. Moldovyan, Nikolay A. and Alexander A. Moldovyan. Auerbach Publications 2008 185 pages $99.95 Hardcover QA76.9 This volume covers the cipher cipher: see cryptography. (1) The core algorithm used to encrypt data. A cipher transforms regular data (plaintext) into a coded set of data (ciphertext) that is not reversible without a key. design based on the data-driven operations in applied cryptography, for application in the telecommunication systems and mobile networks fields. It presents the histories, types, and topologies of data-driven boxes, classification of the controlled elements, and fast software-oriented encryption algorithms using the data-driven subkey section as a main primitive. Following an introduction to cryptography, details are given on design, properties, and application of the data-dependent permutations. One chapter covers switchable data-driven operations implemented with controlled substitution-permutation networks. It proposes a universal architecture of the controlled bit permutation One possible combination of items out of a larger set of items. For example, with the set of numbers 1, 2 and 3, there are six possible permutations: 12, 21, 13, 31, 23 and 32. (mathematics) permutation - 1. instruction. Some of the material in the book has been previously published in The Computer Science Journal of Moldova. Nikolay Moldovyan is a professor at St. Petersburg State Electrotechnical U. in Russia. Alexander Moldovyan is a professor at the State U. for Waterway waterway, natural or artificial navigable inland body of water, or system of interconnected bodies of water, used for transportation, may include a lake, river, canal, or any combination of these. Communications in Russia  This article only describes one highly specialized aspect of its associated subject.Please help [ improve this article] by adding more general information. . Distributed by Taylor & Francis. ([c]20082005 Book News, Inc., Portland, OR) |
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