Ergodic rate analysis for full-duplex NOMA networks with energy harvesting

Dear editor, Non-orthogonal multiple access(NOMA),regarded as a promising technique for substantially increasing the spec-tral efficiency of wireless networks that comprise massive devices,has exhibited a number of significant performance advantages,including the reduced latency,improved relia-bility,and the capability of offering a higher sum through-put.Furthermore,a device operating in full-duplex(FD)mode only needs half of the time of a half-duplex(HD)de-vice to complete the same amount of data transmission and reception,because a single channel can be reused to enable a simultaneous transmission and reception[1-3].Both FD and NOMA technologies have been widely acknowledged as efficient ways for improving the spectrum efficiency of wire-less networks[4-6].