16 April 2008 A lightweight key distribution mechanism for wireless sensor networks
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Abstract
Security is of critical importance for many potential applications of wireless sensor networks. In order to maintain secure communication throughout the network, it is of vital importance to maintain encryption key freshness by regularly distributing new keys to all nodes. Distribution of group keys used to encrypt broadcast communication is expensive, as it is generally achieved via flooding, which taxes the limited battery life available to each node. We propose LKDT, a lightweight encryption key distribution tree building mechanism with an optional Multi- Coverage Reduction (MCR) stage to provide a framework by which to distribute keys while reducing power consumption and broadcast coverage overlap. Additionally, LKDT can configure itself quickly, allowing the base station to begin updating keys shortly after deployment.
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Sirisha Medidi, Sirisha Medidi, Murali Medidi, Murali Medidi, Lynsey E. Compton-Drake, Lynsey E. Compton-Drake, Jiong Wang, Jiong Wang, Ray Robert Rydberg, Ray Robert Rydberg, } "A lightweight key distribution mechanism for wireless sensor networks", Proc. SPIE 6980, Wireless Sensing and Processing III, 69800E (16 April 2008); doi: 10.1117/12.778134; https://doi.org/10.1117/12.778134
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