RF Fingerprint-based Identity Verification in the Presence of an SEI Mimicking Adversary
DR Reising, JH Tyler, MKM Fadul… - … on Wireless and …, 2023 - ieeexplore.ieee.org
Specific Emitter Identification (SEI) is advantageous for its ability to passively identify
emitters by exploiting distinct, unique, and organic features unintentionally imparted upon
every signal during formation and transmission. These features are attributed to the slight
variations and imperfections that exist in the Radio Frequency (RF) front end, thus SEI is
being proposed as a physical layer security technique. The majority of SEI work assumes
the targeted emitter is a passive source with immutable and difficult-to-mimic signal features …
emitters by exploiting distinct, unique, and organic features unintentionally imparted upon
every signal during formation and transmission. These features are attributed to the slight
variations and imperfections that exist in the Radio Frequency (RF) front end, thus SEI is
being proposed as a physical layer security technique. The majority of SEI work assumes
the targeted emitter is a passive source with immutable and difficult-to-mimic signal features …
[PDF][PDF] Improved RF Fingerprint-based Identity Verification in the Presence of an SEI Mimicking Adversary
DR Reising, JH Tyler, MKM Fadul… - Journal of Cyber …, 2024 - journals.riverpublishers.com
Abstract Specific Emitter Identification (SEI) is advantageous for its ability to passively
identify emitters by exploiting distinct, unique, and organic features unintentionally imparted
upon every signal during formation and transmission. These features are attributed to the
slight variations and imperfections in the Radio Frequency (RF) front end; thus, SEI is being
proposed as a physical layer security technique. Most SEI work assumes the targeted
emitter is a passive source with immutable and difficult-to-mimic signal features. However …
identify emitters by exploiting distinct, unique, and organic features unintentionally imparted
upon every signal during formation and transmission. These features are attributed to the
slight variations and imperfections in the Radio Frequency (RF) front end; thus, SEI is being
proposed as a physical layer security technique. Most SEI work assumes the targeted
emitter is a passive source with immutable and difficult-to-mimic signal features. However …
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