An efficient solution capable to meet the growing wireless traffic demand, particularly within in-building scenarios, is here proposed. The system matches the Radio-over-Fiber (RoF) and the Time Modulated Array (TMA) technologies, in order to achieve a capillary distribution of the radio antenna units while being able to perform an efficient beamforming to improve the wireless coverage efficiency.
Andrea Giovannini, J.N. (2020). Beam-Steering Features of Radio-over-Fiber Systems via Antenna Array Time Modulation.
Beam-Steering Features of Radio-over-Fiber Systems via Antenna Array Time Modulation
Andrea Giovannini;Jacopo Nanni;Giacomo Paolini;Alessandra Costanzo;Diego Masotti;Giovanni Tartarini
2020
Abstract
An efficient solution capable to meet the growing wireless traffic demand, particularly within in-building scenarios, is here proposed. The system matches the Radio-over-Fiber (RoF) and the Time Modulated Array (TMA) technologies, in order to achieve a capillary distribution of the radio antenna units while being able to perform an efficient beamforming to improve the wireless coverage efficiency.File in questo prodotto:
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