A cycle-based harvest-while-a-car-is-close/transmit-otherwise strategy for roadside RF energy harvesters is analyzed, showing regular platooned traffic yields higher throughput and lower blackout probability than random traffic.
On optimal transmission policies for energy harvesting devices,
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EH from V2X Communications: the Price of Uncertainty and the Impact of Platooning
A cycle-based harvest-while-a-car-is-close/transmit-otherwise strategy for roadside RF energy harvesters is analyzed, showing regular platooned traffic yields higher throughput and lower blackout probability than random traffic.