… As the electronic devices implemented in the energy harvester at the relay are nonlinear
elements, we apply a nonlinear model for the energy harvester 21. The harvested energy is …

… nonlinearity of the electronic components, ie, capacitors, inductors, and diodes.19 Hence,
a nonlinear energy … Analysis of energy-harvesting relaying systems with a nonlinear energy …

This article investigates a wireless-powered intelligent radio environment, where a fractional
nonlinear energy harvesting (NLEH) is proposed to enable an intelligent reflecting surface (…

… from Rician fading as well as the case when the wireless signal suffers from both Rician fading
and … Thus, we propose a simpler nonlinear model as a modification to the model in (8) by …

… for the SWIPT in an ergodic fading channel. Considering nonlinearity of practical energy
harvesting (EH) circuits, we adopt the realistic nonlinear EH model rather than the idealistic …

… fading are already integrated into the κ - μ shadowed fading … be featured by simultaneous
influences of fading, shadowing, and … the fading power at the reference distance of 1 m (m) [13]. …

… The outage performance of the nonlinear EH DF system in Nakagami-m fading environment
is recently provided in [12], while the impact of the line of sight component in the EH AF …

… It is noted that the Gamma–Gamma fading model is commonly used in … energy from PB
with a nonlinear energy harvester. In the second time slot, R consumes all the harvested energy …

… Cheng, “Performance of wireless powered amplify and forward relaying over Nakagami-m
fading channels with nonlinear energy harvester,” IEEE Commun. Lett., vol. 20, no. …

… and-forward protocol is studied for Nakagami-m fading channels. Different from the existing
literature, we consider the nonlinearity of the energy harvester. An analytical expression is …