Security Improvement of Directed Diffusion using Physical Unclonable Functions
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In this paper, we improve the security of directed diffusion, one of the routing schemes for Wireless sensor networks(WSNs), using physical unclonable functions(PUFs) and other solutions. PUFs are non-replicable and return unique values for each node because they are defined using physical characteristics of each node. Our proposed scheme generates secret keys using return values of PUFs to prevent node capture attacks and node compromised attacks. We show that the proposed scheme is secure against possible attacks in the routing scheme for WSNs.
Abstract
In this paper, we improve the security of directed diffusion, one of the routing schemes for Wireless sensor networks(WSNs), using physical unclonable functions(PUFs) and other solutions. PUFs are non-replicable and return unique values for each node because they are defined using physical characteristics of each node. Our proposed scheme generates secret keys using return values of PUFs to prevent node capture attacks and node compromised attacks. We show that the proposed scheme is secure against possible attacks in the routing scheme for WSNs.
참고문헌 (13)
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