TL;DR: A cyber-physical transmission algorithm that chooses routes and protective measures when electromagnetic attack or interference threatens data integrity and availability.
About This Document
A. H. Poursoltan Mohammadi, M. Chehel Amirani, and F. Faghihi model electromagnetic-field distribution, evaluate shielding effectiveness, optimize communication routes, and use message-authentication-code hashing with turbo coding. The paper aims to preserve reliable data delivery across physical conductors when interference and false-data risks affect critical systems.
Why Bitcoin People May Care
This is not a Bitcoin or blockchain paper. A MAC hash authenticates messages inside a shared-key system; it is not Bitcoin mining, a blockchain hash, or proof of work. The document belongs here as adjacent security engineering because it shows how integrity controls interact with physical channels and route selection. Its performance claims apply to the authors' 2018 simulations and design.
Document Details
• Title: Secure Data Transmission During Electromagnetic Interference
• Author / organization: A. H. Poursoltan Mohammadi, M. Chehel Amirani, and F. Faghihi
• Year: 2018
• Language: English
• Document type: Communications-security research paper
• Pages: 12
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 #data_security #communications #electromagnetic_interference
About This Document
A. H. Poursoltan Mohammadi, M. Chehel Amirani, and F. Faghihi model electromagnetic-field distribution, evaluate shielding effectiveness, optimize communication routes, and use message-authentication-code hashing with turbo coding. The paper aims to preserve reliable data delivery across physical conductors when interference and false-data risks affect critical systems.
Why Bitcoin People May Care
This is not a Bitcoin or blockchain paper. A MAC hash authenticates messages inside a shared-key system; it is not Bitcoin mining, a blockchain hash, or proof of work. The document belongs here as adjacent security engineering because it shows how integrity controls interact with physical channels and route selection. Its performance claims apply to the authors' 2018 simulations and design.
Document Details
• Title: Secure Data Transmission During Electromagnetic Interference
• Author / organization: A. H. Poursoltan Mohammadi, M. Chehel Amirani, and F. Faghihi
• Year: 2018
• Language: English
• Document type: Communications-security research paper
• Pages: 12
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 #data_security #communications #electromagnetic_interference
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