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In this paper we propose a new and efficient protocol for authenticated key agreement based on Diffie-Hellman key agreement, which works in an arbitrary finite group. Our AK(Key Agreement)protocol saves some of computational cost, since it requires only two dominant computation factors(e.g., modulo exponentiation in RSA type system or integer multiplication(More)
Despite numerous developments on security, hacking accident occurs so much on ICT environment. Therefore, in this paper we propose a framework, for security on IoT(Internet of Things), which can identify various devices that participate in the network of the original infra and integrated management on human, device, and platforms.
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