Boche, H.H.BocheSchubert, M.M.SchubertStanczak, S.S.Stanczak2022-03-102022-03-102005https://publica.fraunhofer.de/handle/publica/349917We propose a joint approach for multiuser receiver design and power allocation. Inter-user interference is modeled by an axiomatic framework, based on parameter-dependent coupling matrices. We consider the problem of total power minimization subject to QoS constraints. Properties of the optimum are discussed, and a monotone iterative algorithm is proposed. We exploit the uniqueness of the optimal power allocation in order to prove component-wise convergence of each transmit power to the global optimum. Since the QoS functions are described by an abstract model, the results can be applied to a wide range of system designs.eninterference suppressioniterative methodsmatrix algebraquality of serviceradio receiverradiofrequency interference621conference paper