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Simultaneous Extreme Ultraviolet Information and Power Transfer(SEUVIPT)

This paper deals with Simultaneous Extreme Ultra-Violet Information and Power Transfer system (SEUVIPT) for energy harvesting in 6G Mobile networks. The proposed SEUVIPT system consists of EUV photo Light Emitting Diode (LED) at the transmitter and EUV photo detector at the receiver in a high vacuum atmospheric EUV channel. The energy harvesting optimization problem has been formulated for the proposed model using information rate and signal to noise ratio. Power splitting protocol is used for energy harvesting and information transmission. The energy harvesting maximization problem is non-convex. It is converted into convex and an expression for the optimal energy harvesting is derived for the proposed model. Simulation results show that the proposed model increases the harvested energy in SEUVIPT effectively.