In this paper, we consider a cognitive radio (CR) network that consists of multiple secondary
users (SUs), each of which is equipped with an energy harvesting capability. We consider …

We consider energy harvesting cognitive radio networks to improve both energy efficiency
and spectral efficiency. The goal of this paper is to analyze the theoretically achievable …

In this paper, we consider an energy harvesting cognitive radio network where each
secondary transmitter (ST) harvests radio frequency energy from ambient primary …

In cognitive radio networks, secondary user performs spectrum sensing to detect primary
user activities and to access the channel opportunistically. We investigate the problem of …

We consider a cognitive radio network with an energy-harvesting secondary transmitter to
improve both energy efficiency and spectral efficiency. The goal of this paper is to determine …

In this paper, we consider a time-slotted cognitive radio (CR) setting with buffered and
energy harvesting primary and CR users. At the beginning of each time slot, the CR user …

This paper aims to investigate the impacts of sensing energy and data availability on the
secondary throughput of energy harvesting cognitive radio networks (EH-CRNs), where …

We consider energy harvesting cognitive radio networks in which a secondary transmitter
harvests energy from ambient sources or wireless power transfer systems while …

We consider an energy-harvesting cognitive radio (CR) system coexisting with an unslotted
primary user (PU) system. The secondary user (SU) either harvests energy from the PU …

We consider a cognitive radio scenario with an energy harvesting secondary user (SU)
attempting to access a primary channel randomly. We assume multipacket reception (MPR) …