On the Joint Optimal Power Allocation for DF Relaying and Beamforming Communication Systems

スポンサーリンク

概要

• 論文の詳細を見る

• This paper considers the power allocation (PA) problem for three-node decode-and-forward (DF) relay communication systems, where the aggregate transmit power constraint is imposed on the source and the relay and the optimization target is to maximize the system's instantaneous information rate. Since the relay is equipped with multiple antennas, the receiver and transmitter beamforming strategies are generally adopted. In this paper, we start by proposing a closed-form solution for the frequency-flat (FF) fading environment, then give a bisection algorithm with low complexity to obtain an optimal solution for the frequency-selective (FS) fading scenario. Finally, simulations validate the proposed methods.

著者

• Zhao Hua-an

  Department Of Computer Science And Electrical Engineering Kumamoto University

• Liu Chen

  School Of Electronic Sci. And Engineering Nanjing Univ. Of Posts And Telecommunications

• LU Feng

  School of Electronic Science and Engineering, Nanjing University of Posts and Telecommunications

関連論文

• On the Joint Optical Power Allocation for DF Relaying and Beamforming Communication Systems
• On the Joint Optimal Power Allocation for DF Relaying and Beamforming Communication Systems
• Joint MMSE Design of Relay and Destination in Two-Hop MIMO Multi-Relay Networks
• Improved Spectral Efficiency at Reduced Outage Probability for Cooperative Wireless Networks by Using CSI Directed Estimate and Forward Strategy

スポンサーリンク