988 resultados para Episcopius, Simon, 1583-1643.


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The first treatise is written in opposition to the views of Simon Episcopius while the second is in opposition to the Irenicum Irenicorum of Daniel Zwicker.

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Publisher's no.: Edition Chester no. 168.

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Contient : « Imitations et traductions [en vers français] de centdix-huict emblesmes d'ALCIAT, assavoir cent-treize du premier livre et cinq du deuxiesme livre. » — En tête de chaque page, est une découpure de l'édition d'Alciat, avec commentaire de Claude-Mignault [Minos], Marnef, Paris, 1583 [n° 40 de G. Duplessis, Les Emblèmes d'Alciat, 1884] ; chacune de ces découpures comprend un des bois à petites bordures de l'édition ; « Autres traductions et imitations du latin de quelques auteurs » anciens et modernes ; plusieurs sont adressées à Paul Perrot ; « Anagrammes » ; « Estrennes » ; « Épitaphes » ; Pièces « contre les hobereaux d'Anjou » ; « Amours diverses » ; Pièces diverses ; Notes diverses, principalement sur « la vye spirituelle et hermaitique », signées de « Claude DE BELIN » ; Pièce de vers anonyme, intitulée « Adieu », d'une main autre que celle de Claude de Belin ; Listes d'ouvrages imprimés du XVIe et du XVIIe siècle, d'une main autre que celle de Claude de Belin

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SIMON is a family of 10 lightweight block ciphers published by Beaulieu et al. from the United States National Security Agency (NSA). A cipher in this family with K -bit key and N -bit block is called SIMON N/K . We present several linear characteristics for reduced-round SIMON32/64 that can be used for a key-recovery attack and extend them further to attack other variants of SIMON. Moreover, we provide results of key recovery analysis using several impossible differential characteristics starting from 14 out of 32 rounds for SIMON32/64 to 22 out of 72 rounds for SIMON128/256. In some cases the presented observations do not directly yield an attack, but provide a basis for further analysis for the specific SIMON variant. Finally, we exploit a connection between linear and differential characteristics for SIMON to construct linear characteristics for different variants of reduced-round SIMON. Our attacks extend to all variants of SIMON covering more rounds compared to any known results using linear cryptanalysis. We present a key recovery attack against SIMON128/256 which covers 35 out of 72 rounds with data complexity 2123 . We have implemented our attacks for small scale variants of SIMON and our experiments confirm the theoretical bias presented in this work.

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In this paper we analyse two variants of SIMON family of light-weight block ciphers against variants of linear cryptanalysis and present the best linear cryptanalytic results on these variants of reduced-round SIMON to date. We propose a time-memory trade-off method that finds differential/linear trails for any permutation allowing low Hamming weight differential/linear trails. Our method combines low Hamming weight trails found by the correlation matrix representing the target permutation with heavy Hamming weight trails found using a Mixed Integer Programming model representing the target differential/linear trail. Our method enables us to find a 17-round linear approximation for SIMON-48 which is the best current linear approximation for SIMON-48. Using only the correlation matrix method, we are able to find a 14-round linear approximation for SIMON-32 which is also the current best linear approximation for SIMON-32. The presented linear approximations allow us to mount a 23-round key recovery attack on SIMON-32 and a 24-round Key recovery attack on SIMON-48/96 which are the current best results on SIMON-32 and SIMON-48. In addition we have an attack on 24 rounds of SIMON-32 with marginal complexity.

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