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Due to their flexibility, battery powered or energy-harvesting wirelessnetworks are employed in diverse applications. Securing data transmissionsbetween wireless devises is of critical importance in order to avoidprivacy-sensitive user data leakage. In this paper, we focus on the scenariowhere some nodes are curious (but not malicious) and try to identify theinitial states of one (or multiple) other nodes, while some nodes aim topreserve the privacy of their initial states from the curious nodes. We presenta privacy preserving finite transmission event-triggered quantized averageconsensus algorithm. Its operation is suitable for battery-powered orenergy-harvesting wireless network since it guarantees (i) efficient(quantized) communication, and (ii) transmission ceasing (which allowspreservation of available energy). Furthermore, we present topologicalconditions under which the proposed algorithm allows nodes to preserve theirprivacy. We conclude with a comparison of our algorithm against otheralgorithms in the existing literature.

Finite Time Privacy Preserving Quantized Average Consensus with Transmission Stopping