An information theoretic model for physical uncloneable functions
P Tuyls, B Skoric, S Stallinga… - … Theory, 2004. ISIT …, 2004 - ieeexplore.ieee.org
P Tuyls, B Skoric, S Stallinga, T Akkermans, W Ophey
International Symposium onInformation Theory, 2004. ISIT 2004 …, 2004•ieeexplore.ieee.orgA" physical uncloneable function"(PUF) is a function that is realized by a physical system,
such that the function is easy to evaluate but the physical system is hard to characterize.
PUFs were introduced as a cost-effective way of generating secure keys for cryptographic
purposes. A PUF is a physical system designed such that it interacts in a complicated way
with stimuli (challenges) and leads to unique but unpredictable responses. A PUF is similar
to a keyed hash function. The key is the physical system consisting of many" random" …
such that the function is easy to evaluate but the physical system is hard to characterize.
PUFs were introduced as a cost-effective way of generating secure keys for cryptographic
purposes. A PUF is a physical system designed such that it interacts in a complicated way
with stimuli (challenges) and leads to unique but unpredictable responses. A PUF is similar
to a keyed hash function. The key is the physical system consisting of many" random" …
A "physical uncloneable function" (PUF) is a function that is realized by a physical system, such that the function is easy to evaluate but the physical system is hard to characterize. PUFs were introduced as a cost-effective way of generating secure keys for cryptographic purposes. A PUF is a physical system designed such that it interacts in a complicated way with stimuli (challenges) and leads to unique but unpredictable responses. A PUF is similar to a keyed hash function. The key is the physical system consisting of many "random" components.
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