TL;DR: A proposed non-iterative alternative to classical hash designs, built around parallel processing followed by sequential XOR combination.
About This Document
Abdallah Abouchouar, Fouzia Omary, and Khadija Achkoun begin from cryptanalysis of recurring hash-function structures. They propose a different domain-extension design intended to fit distributed systems and newer hardware without changing the core purpose of a cryptographic hash.
Why Bitcoin People May Care
This construction is not used by Bitcoin. It belongs here because Bitcoin makes hash design operationally important: proof of work, block linkage, transaction identifiers, and integrity all depend on very specific cryptographic assumptions. Alternative designs make those assumptions easier to see.
Document Details
• Title: A Non-Iterative Cryptographic Construction Design
• Author / organization: Abdallah Abouchouar, FouziaOmary, Khadija Achkoun
• Year: 2020
• Document type: Cryptography research paper
• Pages: 7
Download access
Unlock a direct PDF download of this document. The download is hosted externally. CacheRat provides researched identification and access; purchase does not transfer ownership or expand the document’s existing usage rights.
#pdf #cryptography #cryptographic_design
About This Document
Abdallah Abouchouar, Fouzia Omary, and Khadija Achkoun begin from cryptanalysis of recurring hash-function structures. They propose a different domain-extension design intended to fit distributed systems and newer hardware without changing the core purpose of a cryptographic hash.
Why Bitcoin People May Care
This construction is not used by Bitcoin. It belongs here because Bitcoin makes hash design operationally important: proof of work, block linkage, transaction identifiers, and integrity all depend on very specific cryptographic assumptions. Alternative designs make those assumptions easier to see.
Document Details
• Title: A Non-Iterative Cryptographic Construction Design
• Author / organization: Abdallah Abouchouar, FouziaOmary, Khadija Achkoun
• Year: 2020
• Document type: Cryptography research paper
• Pages: 7
Download access
Unlock a direct PDF download of this document. The download is hosted externally. CacheRat provides researched identification and access; purchase does not transfer ownership or expand the document’s existing usage rights.
#pdf #cryptography #cryptographic_design
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