Bimal Kumar Roy – författare

This book presents high-quality research papers presented at the International Conference on Mathematics and Logics in Computer Science (ICMLCS 2025) held at Allenhouse Institute of Technology, Kanpur, India, during 26–27 July 2025. The book covers recent research in data science, network security, theory of computing, cloud computing, coding theory, linear algebra and its applications in machine learning, artificial intelligence, block chain, deep learning, graph theory, cryptography, cyber security, internet of things, quantum computing, and steganography.

2.1 Di?erential Power Analysis Di?erential Power Analysis (DPA) was introduced by Kocher, Ja?e and Jun in 1998 [13] and published in 1999 [14]. The basic idea is to make use of potential correlations between the data handled by the micro-controller and the electric consumption measured values. Since these correlations are often very low, s- tistical methods must be applied to deduce su?cient information from them. Theprinciple ofDPAattacksconsistsincomparingconsumptionvalues m- suredonthe real physical device (for instance a GSM chip or a smart card)with values computed in an hypothetical model of this device (the hypotheses being made among others on the nature of the implementation, and chie?y on a part of the secret key). By comparing these two sets of values, the attacker tries to recover all or part of the secret key. The initial target of DPA attacks was limited to symmetric algorithms. V- nerability of DES - ?rst shown by Kocher, Ja?e and Jun [13, 14]-wasfurther studied by Goubin and Patarin [11, 12], Messerges, Dabbish, Sloan [16]and Akkar, B' evan, Dischamp, Moyart [2].Applications of these attacks were also largely taken into account during the AES selection process, notably by Biham, Shamir [4], Chari, Jutla, Rao, Rohatgi [5] and Daemen, Rijmen [8].

Asiacrypt, the annual conference of cryptology sponsored by IACR is now 11 years old. Asiacrypt 2005 was held during December 4-8, 2005, at Hotel Taj Coromandel,Chennai,India.This conferencewasorganizedby theInternational Association for Cryptologic Research (IACR) in cooperation with the Indian Institute of Technology (IIT), Chennai. Thisyearatotalof237papersweresubmittedtoAsiacrypt2005.Thesubm- sionscoveredallareasofcryptographicresearchrepresentingthecurrentstateof work in the crypto community worldwide. Each paper was blind reviewed by at least three members of the Program Committee and papers co-authored by the PC members were reviewed by at least six members. This ?rst phase of review by the PC members was followed by a detailed discussion on the papers. At the end of the reviewing process 37 papers were accepted and were presented at the conference. The proceedings contain the revised versionsof the accepted papers. In addition we were fortunate to have Prof. Andrew Yao and Prof. Bart Preneel as invited speakers.Based on a discussion and subsequent voting among the PC members, the Best Paper Award for this year's Asiacrypt was conferred to Pascal Paillier and Damien Vergnaud for the paper entitled "Discrete-Log-Based Signatures May Not Be Equivalent to Discrete Log." I would like to thank the following people. First, the General Chair, Prof.

This book constitutes the refereed proceedings of the First International Conference on Cryptology in India, INDOCRYPT 2000, held in Calcutta, India in December 2000. The 25 revised full papers presented were carefully reviewed and selected from a total of 54 submissions. The book offers topical sections on stream ciphers and Boolean functions, cryptoanalysis: stream ciphers, cryptanalysis: block ciphers, electronic cash and multiparty computation, digital signatures, elliptic curves, fast arithmetic, cryptographic protocols, and block cipher and public key cryptography.

This book constitutes the refereed proceedings of the 10th International Conference on Cryptology in India, INDOCRYPT 2009, held in New Dehli, India, in December 2009.The 28 revised full papers were carefully reviewed and selected from 104 submissions. The papers are organized in topical sections on post-quantum cryptology, key agreement protocols, side channel attacks, symmetric cryptology, hash functions, number theoretic cryptology, lightweight cryptology, signature protocols, and multiparty computation.

This book presents high-quality research papers presented at International Conference on Mathematics and Logics in Computer Science (ICMLCS 2024) held at Allenhouse Institute of Technology, Kanpur, India, during August 30–31, 2024. The book covers recent research in data science, network security, theory of computing, network security, cloud computing, coding theory, linear algebra and its applications in machine learning, artificial intelligence, block chain, deep learning, graph theory, cryptography, cyber security, internet of things, quantum computing, and steganography.

The book features original papers from International Conference on Cryptology & Network Security with Machine Learning (ICCNSML 2023), organized by PSIT, Kanpur, India during 27–29 October 2023. This conference proceeding provides the understanding of core concepts of Cryptology and Network Security with ML in data communication. The book covers research papers in public key cryptography, elliptic curve cryptography, post-quantum cryptography, lattice based cryptography, non-commutative ring-based cryptography, cryptocurrency, authentication, key agreement, Hash functions, block/stream ciphers, polynomial-based cryptography, code-based cryptography, NTRU cryptosystems, security and privacy in machine learning, blockchain, IoT security, wireless security protocols, cryptanalysis, number theory, quantum computing, cryptographic aspects of network security, complexity theory, and cryptography with machine learning.

The book features original papers from International Conference on Cryptology & Network Security with Machine Learning (ICCNSML 2022), organized by PSIT, Kanpur, India during 16 – 18 December 2022. This conference proceeding will provide the understanding of core concepts of Cryptology & Network Security with ML in data communication. The book covers research papers in public key cryptography, elliptic curve cryptography, post quantum cryptography, lattice based cryptography, non-commutative ring based cryptography, cryptocurrency, authentication, key agreement, Hash functions, block/stream ciphers, polynomial based cryptography, code based cryptography, NTRU cryptosystems, security and privacy in machine learning, block chain, IoT security, wireless security protocols, cryptanalysis, number theory, quantum computing, cryptographic aspects of network security, complexity theory, and cryptography with machine learning.