Title of article
Post Quantum Digital Signature Based on the McEliece Cryptosystems with Dual Inverse Matrix
Author/Authors
Haidary Makoui ، Farshid Department of Electrical and Computer Engineering - University of Victoria , Gulliver ، Thomas Aaron Department of Electrical and Computer Engineering - University of Victoria , Dakhilalian ، Mohammad Department of Electrical and Computer Engineering - Isfahan University of Technology
From page
101
To page
108
Abstract
Digital signatures are used to ensure legitimate access through identity authentication. They are also used in blockchains and to authenticate transactions. Code-based digital signatures are not widely used due to their complexity. This paper presents a new code-based signature algorithm withlower complexity than existing methods and a high success rate. The key generation algorithm constructs three-tuple public keys using a dual inverse matrix. The proposed signing scheme is based on the McEliece cryptosystem. It includes an integrity check to mitigate forgery before verification.
Keywords
Cryptography , Code , Based Cryptosystem , Coding Theory , Digital Signature , Public Key Cryptography (PKC)
Journal title
ISeCure - The ISC International Journal of Information Security
Journal title
ISeCure - The ISC International Journal of Information Security
Record number
2759963
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