Titlebook: Cryptography and Coding; 19th IMA Internation Elizabeth A. Quaglia Conference proceedings 2024 The Editor(s) (if applicable) and The Author

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Cryptography and Coding978-3-031-47818-5Series ISSN 0302-9743 Series E-ISSN 1611-3349

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Conference proceedings 2024ull papers included in this volume were carefully reviewed and selected from 36 submissions.?This volume presents cutting-edge results in a variety of areas, including coding theory, symmetric cryptography, zeroknowledge protocols, digital signature schemes and extensions, post-quantum cryptography and cryptography in practice..

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Promotion of Self-Regulated Learning,hemes. An LRPC code is defined from a parity check matrix whose entries belong to a relatively low dimensional vector subspace of a large finite field. This particular algebraic feature can then be exploited to correct with high probability rank errors when the parameters are appropriately chosen. I

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Promotion of Self-Regulated Learning,t study, made on the coset leaders of the first order Reed-Muller codes, to two classes of Boolean functions which have played an important role in diverse domains of Boolean functions, and whose study was missing in this context. We characterize the coset leaders that belong to the classes of Niho

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Lecturing; Multimedia Classrooms, to assess the security of these systems. The most efficient ISD algorithms rely heavily on nearest neighbor search techniques. However, the runtime result of the fastest known ISD algorithm by Both-May (PQCrypto ’18) was recently challenged by Carrier et al. (Asiacrypt ’22), which introduce themsel

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Creating and Managing Web Sites,ed Feistel cipher is known, and the indifferentiability security of the IC-based Feistel cipher is also known, where independently keyed TBCs and independent ICs are assumed. In this paper, we analyze the security of a single-keyed TBC-based Feistel cipher and a single IC-based Feistel cipher. We ch

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Lecturing; Multimedia Classrooms,rving proofs of membership for NP languages. A great deal of works has studied candidate constructions that are secure against quantum attackers, which are based on either lattice assumptions, or post-quantum collision-resistant hash functions. In this paper, we propose a code-based zk-SNARK scheme,