The title of Kimionis’ paper is "RF Tag Front-End Design for Uncompromised Communication and Harvesting," coauthored with ECE Professor Emmanouil M. Tentzeris, his Ph.D. advisor.

In this work, a novel RF front-end is designed, analyzed, and implemented that overcomes the critical limitation of compromised communication performance of wireless sensor network nodes that employ backscattering radio as a low-cost, low-power communication means when employing an energy harvester. The presented results could have a significant impact in the first real-world, large-scale implementation of autonomous, long-range Internet-of-Things, machine-to-machine (M2M), emergency response, and "smart skin" topologies effectively utilizing multiple forms of ambient energy.

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