A Comprehensive Trust Model Based on Multi-factors for WSNs

Na Wang, Yixiang Chen


The goal of this paper is to introduce a novel trust model for wireless sensor networks. This trust model calculates trust value of nodes through two kinds of trusts: private trust and interactive trust of a node. Private trust focuses on the past record of a node’s sensing and its remaining energy. Interactive trust cares for the interaction of a node with its neighbors. This trust model can recognize faulty nodes inside a network, reduce their impaction to data acquisition, and select a trust routing for precise data transmission. A simulation is given and shows that this trust model has a higher performance than TMS and ECCR in some aspects. But it consumes more energy than ECCR for its comprehensive structure of data.


Wireless Sensor Networks, Trust Model, Private trust, interactive trust, Trust routing

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DOI: https://doi.org/10.15837/ijccc.2015.2.1756

Copyright (c) 2017 Na Wang, Yixiang Chen

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