An Optimization Method for Massive MIMO Signal Energy Simultaneous Interpretation System Aiming at Hardware Damage
A technology of simultaneous transmission and system optimization, applied in transmission systems, radio transmission systems, electrical components, etc., can solve the problems of inaccurate modeling of energy harvesting process and inaccurate modeling of asymmetric characteristics of transceivers
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[0119] The present invention provides an optimization method for a Massive MIMO signal energy simultaneous transmission system aimed at hardware damage. The hardware damage includes hardware damage at a base station transmitter, hardware damage at a user information receiver, and hardware damage at a user energy receiver. First discuss the respective hardware damage of the above three transceiver blocks; then adopt two information transmission schemes, symmetric Gaussian signal and asymmetric Gaussian signal; under these two signal transmission schemes, solve an optimization problem: the maximum and minimum of the user Achievable rate; Finally, through simulation verification, it is concluded that compared with symmetrical Gaussian signals, the use of asymmetric Gaussian signals can significantly improve the user's reachable rate and energy transmission efficiency.
[0120] A kind of Massive MIMO signal energy simultaneous interpretation system optimization method aimed at hard...
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