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Journals and Conferences
We describe NTRU, a new public key cryptosystem. NTRU features reasonably short, easily created keys, high speed, and low memory requirements. NTRU encryption and decryption use a mixing system… (More)
Whenever a PKC is designed, it is also analyzed whether it could be used as a signature scheme. In this paper, how the NTRU concept can be used to form a digital signature scheme  is described.
In the first part of the paper we prove a bi-parameter version of a well known multilinear theorem of Coifman and Meyer. As a consequence, we generalize the Kato-Ponce inequality in nonlinear PDE.… (More)
We describe a methods for generating parameter sets and calculating security estimates for NTRUEncrypt. Analyses are provided for the standardized product-form parameter sets from IEEE 1363.1-2008… (More)
The NTRUSign signature scheme was introduced in . The original presentation gave a theoretical description of the scheme and an analysis of its security, along with several parameter choices which… (More)
We provide a brief history and overview of lattice based cryptography 5 and cryptanalysis: shortest vector problems, closest vector problems, subset sum 6 problem and knapsack systems, GGH,… (More)
We present PASSSign, a variant of the prior PASS and PASS-2 proposals, as a candidate for a practical post-quantum signature scheme. Its hardness is based on the problem of recovering a ring element… (More)
We prove that the classical Coifman-Meyer theorem holds on any polydisc T d of arbitrary dimension d ≥ 1.