… , we will refer to the IoT networks in which the IoT devices have uninterrupted access to a
reliable energy source, such as power grid or a battery, as the regularly powered networks. …

… Internet-of-Things (IoT) networks are expected to be developed. Because significant energy
resources are required to operate such a large network … powered communication network (…

… , one of the major components that comprise IoT networks, are presumed to be maintained …
networks such as IoT networks, and for ease of operation and maintenance of the network [4]. …

… Note that in this paper, we consider a cellular massive IoT network where the UEs in … BS
antennas Nt on the sum rate of Algorithm 1. As expected, the sum rate improves as the number …

… we propose a WPCN model, in which AP and IoT … , the sum rate of the three algorithms also
increases gradually. Finally, the algorithm proposed in this paper has the maximum sum rate …

… We can see that, for a fixed number of devices, the energy efficiency increases with the
maximum transmission power, which demonstrates that the sum rate grows faster than the …

… 4G and 5G cellular networks are primarily scheduling-based, where link adaptation closely
… declared when the sum rate of a subset of users is below a predefined target sum rate. The …

… challenges for Internet of Things (IoT)-enabled mobile networks, especially when IoT devices
are … framework of UAV-enabled SWIPT for IoT networks, where the disaster scenarios are …

… the energy shortage of wireless devices in energyconstrained networks, such as wireless
sensor networks, wireless body area networks, and Internet of Things [1]. As RF signals are …

… Based on this room for improvement in model-less RL approaches for UAV assisted IoT
networks, our motivations include, 1) to present a scalable, flexible, ubiquitous practical …