… IoT devices. The power allocation is performed without compromising the quality of service
(QoS) requirements of the network. By … the performance of the NOMA-enabled IoT network. …

… They solved the non-convex sum-rate maximization problem through an iterative suboptimal
technique based on successive convex optimization. Zeb et al. [17] provided a hybrid …

… With the emergence of IoT, D2D and M2M communication … our sum-rate analysis to
relay networks and provide new insights into multi-user multi hop relay networks with sum-rate …

… the TP of IoT users and the RC of BackTag, where the objective is to increase the sum
capacity (SumCap) of the network. To do so, a NOMA-enabled BackCom network is considered, …

… We consider a cellular-based IoT network wherein the IoT devices can exchange messages
in a D2D fashion and also send status updates regarding some random processes to their …

… Being an integral part of the IoT [2]–[4], device-to-device (D2D) … IoT devices to improve
network spectral efficiency. Two D2D modes are typically considered in wireless networks, namely…

… at the IoT devices, we aim to maximize the sum secrecy rate of all the IoT devices by …
eavesdroppers are untrusted legitimate users in the networks, or by deploying sensors around the …

… access point with powerful detection capability in IoT networks. Significantly, it is a … IoT
networks has not been investigated. The secure communication of uplink NOMA in IoT networks …

… to provide ubiquitous network connectivity for various UAV assisted … these IoT applications
with stringent requirement of rate performance, this paper explores the maximum sum rate …

… rate while another user is demanding a high data rate. In case of OMA, the user with IOT …
allows the broadband user to use the bandwidth that the IoT user has already used. In addition, …