Hierarchical key derivation scheme for group-oriented communication systems

SJ Wang, YR Tsai, CC Shen… - International Journal of …, 2010 - inderscienceonline.com
SJ Wang, YR Tsai, CC Shen, PY Chen
International Journal of Information Technology …, 2010inderscienceonline.com
In recent years, the ubiquity of communication networks speeds up the development of
wireless network and the internet applications. In addition to the common service provided
by the telecommunication enterprise, how to connect some distinct users to form a network
which allow them to deal with their own works is a popular topic that many scholars engage
in (Eskeland and Oleshchuk, 2007; Sun and Liu, 2007; Tzeng, 2006). When constructing the
network, the key management is the most important problem that each system has to solve …
In recent years, the ubiquity of communication networks speeds up the development of wireless network and the internet applications. In addition to the common service provided by the telecommunication enterprise, how to connect some distinct users to form a network which allow them to deal with their own works is a popular topic that many scholars engage in (Eskeland and Oleshchuk, 2007; Sun and Liu, 2007; Tzeng, 2006). When constructing the network, the key management is the most important problem that each system has to solve. There are many key agreement protocols which are non-hierarchical. However, the hierarchy is ubiquitous in our real life. In this paper, we have achieved a verifiable hierarchical key derivation scheme using the elliptic curve cryptography and the bilinear mapping function which can achieve the same security level but use less bit number when comparing to the RSA system.
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