… {[Gg,m]n,n}, the power allocation parameters can be obtained by the Lagrange multiplier
method. By introducing the Lagrange multipliers {λg,m}, the auxiliary objective function is …

… analysis of MIMO-NOMA can be found in [12]. For MIMO-NOMA, power allocation as well as
… In Section II, we present the system model for downlink NOMA and discuss power allocation …

… of the power allocation problem in NOMA aided MIMO-VLC … most existed power allocation
approach in NOMA aided VLC … complexity power allocation strategy is proposed in NOMA …

… • To the best of our knowledge, this work first attempts to merge the state-of-the-art deep
learning with MIMONOMA systems to realize better power allocation performance for sum data …

… power allocation problem and the satellite power allocation problem separately. Since the
power allocation … is proposed to jointly optimize the power allocation scheme of the system. …

… Capacity comparison between MIMO-NOMA and MIMO-OMA … rate comparison between
mimo-noma and mimo-oma,” in Proc … -phase power allocation scheme for crns employing noma,” …

… The multiple-input and multiple output (MIMO) technique was … the power allocation
expression for each user, which is different from [18]. To this end, most research works on NOMA …

… in [11] by decomposing a MIMO-NOMA system into multiple separated single-input … Power
allocation is the key to the superior spectral efficiency of NOMA, since NOMA uses the power …

… , and then the NOMA principle was employed for each cluster. Furthermore, in [31], a
user … and power allocation scheme was proposed to optimize the user fairness of MIMONOMA …

… As for the sub-problem of power allocation, we utilize a dynamic power allocation scheme
to obtain a closed-form expression for the power distribution, ensuring lower complexity. …