the self-synchronizing stream cipher moustique

The self

The self-synchronizing stream cipher Moustique By Joan Daemen Stmicroelectronics Belgium Abstract In this note we specify the hardware-oriented self-synchronizing stream cipher Moustique a tweaked version of Mosquito that was submitted to the eSTREAM project and broken in [2] We motivate the modifications with respect to Mosquito[1] Year: 2006 OAI identifier: oai:CiteSeerX psu:10 1 1

IET Digital Library: Hardware stream cipher with

This study presents hardware realisation of chaos-based stream cipher utilised for image encryption applications A third-order chaotic system with signum non-linearity is implemented and a new post processing technique is proposed to eliminate the bias from the original chaotic sequence The proposed stream cipher utilises the processed chaotic output to mask and diffuse input pixels through

Mosquito

mosquito mos*quito (?) n pl mosquitoes (#) [sp mosquito fr moscafly l musca cf musket ] (zo?l ) any one of various species of gnats of the genus culex and allied genera the females have a proboscis containing within the sheathlike labium six fine sharp needlelike organs with which they puncture the skin of man and animals to suck the blood these bites when numerous cause

The Self

01/04/2008The Self-synchronizing Stream Cipher Moustique Authors: Joan Daemen: STMicroelectronics Belgium: Paris Kitsos : Hellenic Open University Patras Greece and Dept of Computer Science and Technology University of the Peloponnese Tripoli Greece: Published in: Book: New Stream Cipher Designs : Pages 210 - 223 Springer-Verlag Berlin Heidelberg 2008 table of

Производительность и эффективность аппаратной

Аннотация научной статьи по математике автор научной работы — Ключарёв П Г Статья посвящена семейству поточных шифров основанных на обобщенных клеточных автоматах и расширяющих графах Приведены данные по

Lecture Notes in Computer Science Ser : New Stream

Find many great new used options and get the best deals for Lecture Notes in Computer Science Ser : New Stream Cipher Designs : The eSTREAM Finalists (2008 Trade Paperback) at the best online prices at eBay! Free shipping for many products!

New Approaches to the Design of Self

Most presently used such ciphers are based on a block cipher (e g DES) in 1-bit cipher feedback mode In this paper several alternative design approaches for SSSCs are proposed that are superior to the design based on a block cipher with respect to encryption speed and potentially also with respect to security A method for combining several SSSCs is presented that allows to prove that the

The Self

Abstract We present a design approach for hardware-oriented self-synchronizing stream ciphers and illustrate it with a concrete design called Moustique The latter is intended as a research cipher: it proves that the design approach can lead to concrete results and will serve as a target for cryptanalysis where new attacks may lead to improvements in the design approach such as new criteria

Mosquito

mosquito mos*quito (?) n pl mosquitoes (#) [sp mosquito fr moscafly l musca cf musket ] (zo?l ) any one of various species of gnats of the genus culex and allied genera the females have a proboscis containing within the sheathlike labium six fine sharp needlelike organs with which they puncture the skin of man and animals to suck the blood these bites when numerous cause

Left invertibility flatness and identifiability of

06/10/2009The purpose of this article is to illustrate the potential interest of the control theory framework for cryptographic applications It is shown that under the properties of left invertibility and flatness dynamical systems are structurally equivalent to some specific cryptographic primitives called self-synchronising stream ciphers

Stream Ciphers

Stream ciphers work on single bits or single words and need to maintain an internal state to change the cipher at each step Typically stream ciphers can reach higher speeds than block ciphers but their theory is less developed This is why stream ciphers are often skipped in books on cryptography This does not reflect the real importance of stream ciphers They are used in several everyday

The self

The self-synchronizing stream cipher Moustique Joan Daemen STMicroelectronics Belgium [email protected] Paris Kitsos Hellenic Open University Patras Greece [email protected] June 30 2006 Abstract In this note we specify the hardware-oriented self-synchronizing stream cipher Moustique a tweaked version of Mosquito that was submitted to the eSTREAM project and broken in [2]

COMS6998

Introduction to Practical Cryptography Lectures 3/4 Stream Ciphers Agenda Uses Encryption of streaming data Random bit generation Stream Ciphers Stream cipher outputs keystream KS KS produced by a function F that is initialized with a key k C = Ek(P) = P KS P = C KS k can be used only once C1 = Ek1(P1) C2 = Ek2(P2) C1 C2 = P1 KS1 P2 KS2 = P1 P2 if KS1 = KS2 Will know when P1

Stream Cipher

In cryptography a stream cipher is a symmetric key cipher where plaintext bits are combined with a pseudorandom cipher bit stream (keystream) typically by an exclusive-or (xor) operation In a stream cipher the plaintext digits are encrypted one at a time and the transformation of successive digits varies during the encryption An alternative name is

Stream Cipher

In cryptography a stream cipher is a symmetric key cipher where plaintext bits are combined with a pseudorandom cipher bit stream (keystream) typically by an exclusive-or (xor) operation In a stream cipher the plaintext digits are encrypted one at a time and the transformation of successive digits varies during the encryption An alternative name is

mosquito

In cryptography MOSQUITO was a stream cypher algorithm designed by Joan Daemen and Paris Kitsos It was submitted to the eSTREAM Project of the eCRYPT network After the initial design was broken by Joux and Muller a tweaked version named MOUSTIQUE was proposed which made it to Phase 3 of the eSTREAM evaluation process as the only self-synchronizing cipher remaining

Translation of Mosquito in English

In cryptography MOSQUITO was a stream cypher algorithm designed by Joan Daemen and Paris Kitsos It was submitted to the eSTREAM Project of the eCRYPT network After the initial design was broken by Joux and Muller a tweaked version named MOUSTIQUE was proposed which made it to Phase 3 of the eSTREAM evaluation process as the only self-synchronizing cipher remaining

IET Digital Library: Hardware stream cipher with

This study presents hardware realisation of chaos-based stream cipher utilised for image encryption applications A third-order chaotic system with signum non-linearity is implemented and a new post processing technique is proposed to eliminate the bias from the original chaotic sequence The proposed stream cipher utilises the processed chaotic output to mask and diffuse input pixels through

Design of Self

Design of Self-Synchronizing Stream Ciphers: a New Control-Theoretical Paradigm * Proceedings of 20th Proceedings of the the 20th World World Congress The International Federation of Congress Automatic Control The International Fede Download PDF 429KB Sizes 14 Downloads 35 Views Report Recommend Documents Chapter 2 Stream ciphers Stream ciphers for GSM networks New stream

Why IV Setup for Stream Ciphers is Difficult

for the stream cipher (as a whole as opposed to security requirements for the IV setup only) And finally in order to define properties for a stream cipher we have to agree first what a stream cipher is The rest of this paper deals with those questions in reverse order Purpose: This paper is not about the outcome but about the start of a research project As a consequence its

Joan Daemen Papers

The Self-Synchronizing Stream Cipher Moustique 2008 Joan Daemen and Paris Kitsos Keywords: primitives: self-synchronizing stream ciphers: Moustique design Self-synchronizing stream ciphers are a rarity in cryptography You can do self-synchronizing encryption with a block cipher in 1-bit CFB mode but this is very inefficient The (academic) question is: is it possible to design a

New Stream Cipher Designs Buch versandkostenfrei bei

The Self-synchronizing Stream Cipher Moustique - Cascade Jump Controlled Sequence Generator and Pomaranch Stream Cipher - Trivium - ASIC Hardware Performance Bibliographische Angaben 2008 2008 300 Seiten Mae: 15 5 x 23 5 cm Kartoniert (TB) Englisch Ed by Olivier Billet and Matthew Robshaw Verlag: Springer Berlin ISBN-10: 354068350X ISBN-13: 9783540683506

Lecture Notes in Computer Science Ser : New Stream

Find many great new used options and get the best deals for Lecture Notes in Computer Science Ser : New Stream Cipher Designs : The eSTREAM Finalists (2008 Trade Paperback) at the best online prices at eBay! Free shipping for many products!

Stream cipher

A stream cipher makes use of a much smaller and more convenient cryptographic key for example 128 bits keys Based on this key Self-synchronizing stream ciphers is another technique that uses part of the previous N ciphertext digits to compute the keystream Such schemes are known also as asynchronous stream ciphers or ciphertext autokey (CTAK) The idea of self-synchronization was

[PDF] Moustique

The self-synchronizing stream cipher Moustique Moustique internal state has 8 stage registers denoted by ai including the CCSR: • a0 is the CCSR and has a length of 128 • a1 to a5 have length 53 • a6 has length 12 • a7 has length 3 The bits of the Mouches Moustiques Si le joueur attrape un moustique par erreur (ils ressemblent trs fort aux mouches) il perd l'ensemble des

A Secure Self

A Secure Self-synchronized Stream Cipher Amir Daneshgar Department of Mathematical Sciences Sharif University of Technology P O Box 11155{9415 Tehran Iran Fahimeh Mohebbipoor Faculty of Mathematics and Computer Science Kharazmi University P O Box 15719-14911 Tehran Iran Abstract We follow two main objectives in this article On the one hand we introduce a security model called

COMS6998

Introduction to Practical Cryptography Lectures 3/4 Stream Ciphers Agenda Uses Encryption of streaming data Random bit generation Stream Ciphers Stream cipher outputs keystream KS KS produced by a function F that is initialized with a key k C = Ek(P) = P KS P = C KS k can be used only once C1 = Ek1(P1) C2 = Ek2(P2) C1 C2 = P1 KS1 P2 KS2 = P1 P2 if KS1 = KS2 Will know when P1