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Transceiver design for wireless energy harvesting cooperative networks

Research output: Thesis › Doctoral Thesis

Published

Standard

Transceiver design for wireless energy harvesting cooperative networks. / Hu, Shiyang.
2016. 190 p.

Research output: Thesis › Doctoral Thesis

Harvard

Hu, S 2016, 'Transceiver design for wireless energy harvesting cooperative networks', PhD, Lancaster University.

APA

Hu, S. (2016). Transceiver design for wireless energy harvesting cooperative networks. [Doctoral Thesis, Lancaster University].

Vancouver

Hu S. Transceiver design for wireless energy harvesting cooperative networks. 2016. 190 p.

Author

Hu, Shiyang. / Transceiver design for wireless energy harvesting cooperative networks. 2016. 190 p.

Bibtex

@phdthesis{43cae2d78f4c471aaceb6043a223803f,
title = "Transceiver design for wireless energy harvesting cooperative networks",
abstract = "In this thesis, the RF energy harvesting technique is studied in the cooperative wireless network, and different optimization studies are investigated. First, an energy-efficient optimization is considered in the cooperative system with the time switching relaying and power splitting relaying protocols. Then, a security issue in the cooperative network with energy harvesting is proposed, in which the optimization problem is designed to maximize the secrecy rate. We also consider the application of energy harvesting in the full-duplex relaying network with a self-energy recycling protocol. Finally, the energy harvesting is studied in the full-duplex cooperative cognitive radio network. The system performance of all studies is verified in the thesis with MATLAB simulation results.",
author = "Shiyang Hu",
year = "2016",
language = "English",
school = "Lancaster University",

}

RIS

TY - BOOK

T1 - Transceiver design for wireless energy harvesting cooperative networks

AU - Hu, Shiyang

PY - 2016

Y1 - 2016

N2 - In this thesis, the RF energy harvesting technique is studied in the cooperative wireless network, and different optimization studies are investigated. First, an energy-efficient optimization is considered in the cooperative system with the time switching relaying and power splitting relaying protocols. Then, a security issue in the cooperative network with energy harvesting is proposed, in which the optimization problem is designed to maximize the secrecy rate. We also consider the application of energy harvesting in the full-duplex relaying network with a self-energy recycling protocol. Finally, the energy harvesting is studied in the full-duplex cooperative cognitive radio network. The system performance of all studies is verified in the thesis with MATLAB simulation results.

AB - In this thesis, the RF energy harvesting technique is studied in the cooperative wireless network, and different optimization studies are investigated. First, an energy-efficient optimization is considered in the cooperative system with the time switching relaying and power splitting relaying protocols. Then, a security issue in the cooperative network with energy harvesting is proposed, in which the optimization problem is designed to maximize the secrecy rate. We also consider the application of energy harvesting in the full-duplex relaying network with a self-energy recycling protocol. Finally, the energy harvesting is studied in the full-duplex cooperative cognitive radio network. The system performance of all studies is verified in the thesis with MATLAB simulation results.

M3 - Doctoral Thesis

ER -