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Wireless Sensor Networks (WSNs) as an emerging technology face numerous challenges. Sensor nodes are usually resources constrained, also, they are vulnerable to physical attacks or node compromises. Autonomic Computing is a steadily emerging and promising research field. In the domain of simplifying interoperability, it aims to diminish the management complexity in several industries and systems. Self-protection in WSNs hasn't been deeply studied before, because of the high rate of fails. The major concern in WSN is to maximize the network's Lifetime. In this paper, a framework that embeds autonomic capabilities into WSN systems is proposed. The proposed framework provides self-protection features in cases of unauthorized, inadvertent and intentional change in security parameters.
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