Computational radio frequency identification (CRFID) sensors present a new frontier for
pervasive sensing and computing. They exploit ambient light or radio frequency (RF) for …

Ideally, sensing nodes should be autonomous and able to harvest ambient energy from
vibrations, light, electromagnetic radiation, or heat. Thus energy harvesting nodes for …

Energy harvesting (EH)-assisted nodes are capable of significantly prolonging the lifetime of
future wireless networks, provided that they rely on appropriate transmission policies, which …

An energy harvesting (EH) and information processing network based on two‐way
multiplicative relay is proposed. In the proposed scheme, two nodes communicate with each …

In a wireless energy harvesting network with an energy‐constrained decode and forward
relay node, the authors propose a hybrid protocol (HP) which is a combination of power …

In this article, the problem of joint relay assignment and energy‐efficiency maximization (J‐
RA‐EE‐MAX) in energy‐harvesting downlink (DL) and uplink (UL) clustered nonorthogonal …

This letter investigates an energy harvesting (EH)-assisted coordinated direct and relay
transmission in an overlay cognitive non-orthogonal multiple access (NOMA) system …

This paper reveals an impairment of well-known path-loss model generally assumed in
conventional works with radio frequency (RF) energy harvesting. We will prove that, when …

This paper studies energy harvesting transmitters in the single user channel, the two-way
channel, and the two-way relay channel with block fading. Each transmitter is equipped with …

In low-power wireless networks, maintaining multihop connectivity is considered effective in
constructing communication routes between individual nodes to a gateway. Since sensor …