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Wireless ad hoc networks may be configured as a fixed topology of sensors or allowed to migrate as mobile nodes. The flexibility of these networks, therefore, provides opportunities for their deployment in real-time and in adverse situations as encountered in civil and military applications. These advantages are, unfortunately, curtailed by the unconstrained nature of these networks in providing a trusted level of connectivity. The establishment of secret keys and the authentication of trusted ad hoc group nodes are essential elements for a secure network. In this paper, we develop an authentication protocol for wireless ad hoc networks that is derived from a canonical splitting of timeand frequency-space (channel) over which information propagates under the constraint of a collisionavoidance protocol.

An Authentication Protocol for Wireless Ad Hoc Networks with Embedded Certificates