This thesis aims to enhance the {anticipated} performance of sixth-generation (6G) communication networks by integrating non-orthogonal multiple access (NOMA) and …
Increasing demand for both achieving higher data rate to solve computationally intensive tasks timely and connecting more user equipment (UEs) simultaneously have prompted …
Increasing demand for both achieving higher data rate to solve computationally intensive tasks timely and connecting more user equipment (UEs) simultaneously have prompted …
Increasing demand for both achieving higher data rate to solve computationally intensive tasks timely and connecting more user equipment (UEs) simultaneously have prompted …