… that cellular networks must evolve to … non-orthogonal multiple access technique is then
presented as a promising solution to support a massive number of IoT devices in cellular networks…

… To tackle the limited radio resources and massive connectivity challenges, non-orthogonal
multiple access (NOMA) has emerged as a promising technology that allows multiple users to …

… the throughput of wireless-powered IoT networks of random network topology, is not well …
exploit NOMA for nonorthogonal WET and WIT in a wireless-powered IoT network,1 where …

… an Internet-of-Things (IoT)-based coordinated direct and relay transmission (CDRT) adopting
non-orthogonal multiple access (… user needs the help of an IoT master node. Different from …

… M2M solutions allow billions of multi-role devices to … In this paper, we consider the
multiple access techniques as … We focus on non-orthogonal multiple access (NOMA) where, …

… 1, we consider an uplink cellular IoT network composed of BSs surrounded by UEs. The
locations of BSs and UEs are distributed according to a Matern cluster process [27], [28]. In detail…

… performance of the proposed nonorthogonal beamspace multiple access scheme, and …
non-orthogonal beamspace multiple access framework for massive connections in the cellular IoT…

… network capacity, NOMA has been suggested to be an important multiple access technique
in the future 5G wireless networks [… in downlink nonorthogonal multiple access with statistical …

… by opportunistically capitalizing on the users’ specific channel conditions [24] and it is
capable of serving multiple users at different QoS requirements in the same RB. It has also been …

… , for example, low-cost IoT devices, interference cancellation is still very … IoT networks is to
schedule (pair) IoT devices with advanced UEs, where SIC is performed at the UE and the IoT …