A practical FPGA implementation of the design is provided with a considerably lower implementation cost than pre- vious HDA implementations [15], concerning ...
This significantly improves the implementation overhead of using an SRAM PUF + HDA for cryptographic key generation compared to previous constructions.
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In this work, we propose the first HDA design using soft-decision information providing an implementation that occupies 44.8% less resources than previous ...
PUF-based secret key storage is very appealing, but implementation overhead should be small! • Efficient Soft-Decision Decoder reduces min- entropy loss of HDA ...
Low-Overhead Implementation of a Soft Decision Helper Data Algorithm for SRAM PUFs. Authors: Roel Maes · Pim Tuyls · Ingrid Verbauwhede. Download:.
Abstract. Using a Physically Unclonable Function or PUF to extract a secret key from the unique submicron structure of a device, instead.
This significantly improves the implementation overhead of using an SRAM PUF + RDA for cryptographic key generation compared to previous constructions.
This significantly improves the implementation overhead of using an SRAM PUF + HDA for cryptographic key generation compared to previous constructions.
The implementation and timing overhead of using a PUF +. HDA for key generation should be very low. The important design criteria for an efficient HDA are hence ...
Low-overhead implementation of a soft decision helper data algorithm for SRAM PUFs. R Maes, P Tuyls, I Verbauwhede. Cryptographic Hardware and Embedded Systems- ...