SRAM PUF fingerprints with Hamming code and temporal majority voting enable IIoT authentication with post-correction BER below 1%, using a design budget to trade response length against error-correction overhead.
Reliability enhance- ment of bi-stable PUFs in 65nm bulk CMOS
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Secure Authentication in Wireless IoT: Hamming Code Assisted SRAM PUF as Device Fingerprint
SRAM PUF fingerprints with Hamming code and temporal majority voting enable IIoT authentication with post-correction BER below 1%, using a design budget to trade response length against error-correction overhead.