Model-driven approach to design a secure routing protocol for UAV Adhoc networks

Abstract : UAANET (UAV Ad Hoc Network) is a wireless network that is able to organize itself without a pre-existing infrastructure. It consists of forming an ad hoc network with multiple UAVs and the Ground Control Station (GCS). In order to route data packets between nodes, a routing protocol is required. This routing protocol must not only satisfy the UAANET network requirements but also the validation requirements with a formal method to verify the routing protocol conformance. This will eventually contribute to the certification of the UAANET communication network (e.g to be compatible with the specification document DO 178C). In this paper, we propose a validation model of a secure routing ad hoc protocol for UAANET based on the well known AODV algorithm. The MDD (Model Driven Development) approach is used and provides a formal specification capabilities to ensure reusability, modularity, and conformance of the AODV implementation.
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Communication dans un congrès
EDSYS 2015, 15ème Congrès des doctorants, May 2015, Toulouse, France
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Jean-Aimé Maxa. Model-driven approach to design a secure routing protocol for UAV Adhoc networks. EDSYS 2015, 15ème Congrès des doctorants, May 2015, Toulouse, France. 〈hal-01166854〉

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