This article studies the secondary users' sum-throughput in an in-band full-duplex (I-FD)
cognitive wireless powered backscatter communication network. The secondary network …

Backscatter communication, as an important technique in green Internet of Things, has been
concerned by academic and industry to improve system capacity and simultaneously reduce …

Ambient backscatter communications (AmBC) enable wireless communications riding on
ambient radio frequency (RF) signals instead of self-generated RF signals. Therefore, it has …

This paper studies a cognitive wireless powered communication network (CWPCN). Such a
network consists of some distributed secondary users (SUs) and a hybrid access point (H …

This paper introduces a comprehensive wireless energy harvesting model applied for
multiple secondary users (SUs) in full-duplex cognitive radio networks. In this proposed …

This paper considers an ambient backscatter communication network in which a full-duplex
access point (FAP) simultaneously transmits downlink orthogonal frequency division …

Nowadays, Ambient Backscatter Communication (AmBC) systems have emerged as a green
communication technology to enable massive self-sustainable wireless networks by …

This paper investigates the power resource optimization problem for a new cognitive radio
framework with a symbiotic backscatter-aided full-duplex secondary link under imperfect …

In this paper, we investigate and analyze full-duplex-based backscatter communications
(BackComs) with multiple backscatter devices (BDs). Different from previous works where …

In this paper, we introduce a full‐duplex backscatter‐assisted wireless powered
communication network (FDBA‐WPCN) with a full‐duplex access point (FAP) and multiple …