PUF Authentication for a Modular Coding Scheme

J. Voichtleitner, C. Frisch, U.J. Mönich, M. Pehl, L. Torres-Figueroa, M. Wiese

2024

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Title:: PUF Authentication for a Modular Coding Scheme
Document type:: Konferenzbeitrag
Author(s):: J. Voichtleitner, C. Frisch, U.J. Mönich, M. Pehl, L. Torres-Figueroa, M. Wiese
Abstract:: Abstract—The wiretap channel model is based on two assumptions: (A1) the legitimate transmitter (Alice) is indeed communicating with the intended receiver (Bob) and not with an eavesdropper (Eve) and (A2) the channel from Alice to Bob is better than the one from Alice to Eve. This work proposes a protocol with physical unclonable functions (PUFs) as a security primitive to ensure that the two assumptions hold in practice.Furthermore, an implementation shows the feasibility of the concepts. To achieve semantic security in the wiretap channel, we use a seeded modular coding scheme for physical layer security (PLS). «
Abstract—The wiretap channel model is based on two assumptions: (A1) the legitimate transmitter (Alice) is indeed communicating with the intended receiver (Bob) and not with an eavesdropper (Eve) and (A2) the channel from Alice to Bob is better than the one from Alice to Eve. This work proposes a protocol with physical unclonable functions (PUFs) as a security primitive to ensure that the two assumptions hold in practice.Furthermore, an implementation shows the feasibility of the concepts. T... »
Keywords:: 6G-life
Dewey Decimal Classification:: 620 Ingenieurwissenschaften
Book / Congress title:: 16th IEEE International Workshop on Information Forensics and Security
Congress (additional information):: Rome, Italy
Organization:: IEEE Signal Processing Society
Date of congress:: December 2024
Publisher:: IEEE
Year:: 2024
Month:: Dec
Reviewed:: ja
Language:: en
WWW:: https://doi.org/10.1109/WIFS61860.2024.10810707
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