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Titlebook: New Stream Cipher Designs; The eSTREAM Finalist Matthew Robshaw,Olivier Billet Book 2008 Springer-Verlag Berlin Heidelberg 2008 AES.algorit

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Specification for NLSv2,rimitives, profile 1A. NLSv2 is an updated version of NLS [19]. The minor change between NLS and NLSv2 increases resistance to attacks utilizing large amounts of keystream. NLS stands for Non-Linear SOBER, and the NLS ciphers are members of the SOBER family of stream ciphers [12],[16],[23] and [24].
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, a Fast Software-Oriented Stream Cipher,ariable between 128 and 256 bits. It accommodates a 128-bit initial value. Any key length is claimed to achieve 128-bit security. The . cipher uses both some basic design principles from the stream cipher SNOW 2.0 and some transformations derived from the block cipher SERPENT. . aims at improving SN
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D,,,he initial call for hardware-oriented stream cipher contribution, .. manages 80-bit secret keys and 64-bit public initialization vectors. The design of .. combines two filtering mechanisms: a nonlinear Boolean filter over a LFSR, followed by an irregular decimation mechanism called the ABSG. Since d
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The Stream Cipher Edon80,parallelizable, making it scalable from the speed of processing point of view; 3.) Its design principles offer possibilities to achieve significant speed asymmetry — it belongs to a family of stream ciphers that in hardware can have a constant speed of one bit per clock cycle, but in software implem
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F-FCSR Stream Ciphers,he main difference between these two automata lies in the computation of the feedback. While LFSRs use simple bitwise addition, FCSRs use addition with carries. Hence, the transition function of an FCSR is non-linear, more precisely quadratic. Since FCSRs were introduced by Goresky and Klapper [11],
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