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Ad-hoc networks exploit the processing and wireless communication capabilities of mobile devices to create spontaneous and low-cost self-configuring networks. The dependable use of such networks claims for new methodologies to evaluate their resilience in the presence of faults. This paper studies the impact of data flow disruption attacks on routing protocols of ad-hoc networks. This impact is characterised through experimental estimators of the availability and the integrity of ad-hoc network routes. A standard proactive ad-hoc routing protocol, named OLSR (optimized link-state routing protocol), is considered as experimental target. Conversely to existing results in the domain, measures reported in this paper are obtained from a real (non-simulated) ad-hoc network. In the experimental setup, only mobility of nodes is simulated.

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Format:PDFSize:287 KB
Date:Sep 2008
Pages:6
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