Power dissipation at the network level to improve lifespan without degrading the bandwidth
and collaboration is a fundamental impediment to effective spectral efficiency in wireless …

This paper considers the problem of generating the shortest time division multiple access
(TDMA) schedule for use in rechargeable wireless sensor networks (rWSNs) with …

In the energy‐harvesting wireless sensor networks (EH‐WSNs) with Time division multiple
access (TDMA), it is challenging to assign time slots to the nodes because energy shortage …

A link scheduler ensures the transmissions in rechargeable Wireless Sensor Networks
(rWSNs) are collision-free. Hence, it plays a critical role in ensuring high network capacity …

To improve the performance of the wireless powered sensor network (WPSN), this paper
proposes a frequency division duplex (FDD)-based on-demand energy transfer protocol and …

A two-way half-duplex communication model is considered, where two nodes want to
exchange a fixed number of bits with each other, and both nodes are powered by energy …

The objective of this paper is to design a power control policy that maximizes the long-term
time-averaged sum throughput of a Gaussian multiple access channel (MAC), where the …

The allocation of K orthogonal resources aiming at maximizing the throughput in an energy
harvesting (EH) multiple access scenario is considered. In this setting, the optimal resource …

In energy harvesting IoT networks, an energy queue state of an IoT device will change
dynamically and the number of IoT devices that transmit data to the IoT AP will vary in a …

In this paper, we consider an energy harvesting (EH)-based relaying system where an EH-
source node equipped with a rechargeable battery to store the energy harvested from the …