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Securing face images in UAV networks using chaos and DNA cryptography approach. [PDF]
Inam S +4 more
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Quasigroup Representation of Some Feistel and Generalized Feistel Ciphers
There are several block ciphers designed by using Feistel networks or their generalization, and some of them allow to be represented by using quasigroup transformations, for suitably defined quasigroups. We are interested in those Feistel ciphers and
Aleksandra Mileva
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Feistel Ciphers Based on a Single Primitive
TSUJI, Kento, IWATA, Tetsu
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Revisiting Key-Alternating Feistel Ciphers for Shorter Keys and Multi-user Security [PDF]
Key-Alternating Feistel (KAF) ciphers, a.k.a. Feistel-2 models, refer to Feistel networks with round functions of the form $F_i(k_i\oplus x_i)$, where $k_i$ is the (secret) round-key and $F_i$ is a public random function.
Chun Guo
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Feistel ciphers in East Germany in the communist era
Cryptologia, 2018Feistel ciphers (balanced and unbalanced) represent the most popular symmetric cipher type in modern cryptography.
Nicolas Courtois, Klaus Schmeh
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Applying evolutionary computation methods for the cryptanalysis of Feistel ciphers
Applied Mathematics and Computation, 2007zbMATH Open Web Interface contents unavailable due to conflicting licenses.
M N Vrahatis, E C Laskari, G C Meletiou
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Analysis of minimum numbers of linearly active S-boxes of a class of generalized feistel block ciphers [PDF]
For a class of generalized Feistel block ciphers, an explicit formula for the minimum numbers of linearly active S-boxes of any round r is presented. © 2012 Institute of Systems Science, Academy of Mathematics and Systems Science, CAS and Springer ...
Kejian Xu
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Secure Quaternion Feistel Cipher for DICOM Images
IEEE Transactions on Image Processing, 2019An improved and extended version of a quaternion-based lossless encryption technique for digital image and communication on medicine (DICOM) images is proposed. We highlight and address several security flaws present in the previous version of the algorithm originally proposed by Dzwonkowski et al. (2015).
Mariusz Dzwonkowski, Roman Rykaczewski
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