Titlebook: Information Security and Cryptology – ICISC 2019; 22nd International C Jae Hong Seo Conference proceedings 2020 Springer Nature Switzerland

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Secure Key Encapsulation Mechanism with Compact Ciphertext and Public Key from Generalized Srivastaey encapsulation mechanism (KEM) using a parity check matrix of the Generalized Srivastava code as the public key matrix. Generalized Srivastava codes are privileged with the decoding technique of Alternant codes as they belong to the family of Alternant codes. We exploit the dyadic structure of the

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Improvement of Binary and Non Binary Statistical Decoding Algorithm,e derived from the Information-Set Decoding (ISD) algorithm. This was first proposed in 1962 by Prange and subsequently improved in 1989 by Stern and later in 1991 by Dumer. In 2001 Al Jabri introduced a new decoding algorithm for general linear block codes which does not belong to this family, call

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Faster Bootstrapping of FHE over the Integers,(Eurocrypt 2010), so that bootstrapping can be achieved successfully. Later, Nuida and Kurowasa (Eurocrypt 2015) proposed an advanced method of which the degree is very low and the message space is non-binary. These previous methods require low degree but more than . homomorphic multiplications whic

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Complete Addition Law for Montgomery Curves,ve derived from the chord-tangent method is less efficient than other curve models such as a short Weierstrass curve and an Edwards curve. So, the usage of a Montgomery curve is strictly limited to ECDH only, such as . and . functions in IETF RFC 7748. For other operations including fixed-base and m

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Kento Oonishi,Xiaoxuan Huang,Noboru Kunihirotical phenomena.Relevant to quantum magnetism, disordered sy.When close to a continuous phase transition, many physical systems can usefully be mapped to ensembles of fluctuating loops, which might represent for example polymer rings, or line defects in a lattice magnet, or worldlines of quantum par