Hierarchical power allocation algorithm for D2D-based cellular networks with heterogeneous statistical quality-of-service constraints

• Published in: IET communications Vol. 12; no. 5; pp. 518 - 526
• Main Authors: Liu, Yuanfei, Wang, Ying, Sun, Ruijin, Miao, Zhongyu
• Format: Journal Article
• Language: English
• Published: The Institution of Engineering and Technology 20.03.2018
• Subjects: capacity‐payoff power‐loss game model; cellular radio; convex optimisation technique; convex programming; D2D‐based cellular network; data transmission; decomposition; delay constraint; device‐to‐device communication; energy conservation; energy resource; fractional programming technique; game theory; heterogeneous statistical quality‐of‐service constraint; hierarchical energy‐efficient optimal power allocation algorithm; hierarchical game; Lagrange dual decomposition; mobile handsets; network coverage; Newton iteration method; Newton method; outage probability constraint; parameter optimisation problem; power optimisation problem; probability; quality of service; Special Issue: Advances in Enabling Technologies for Green Communications and Networking; spectrum efficiency; statistical analysis; fractional programming technique; device-to-device communication; decomposition; Newton iteration method; network coverage; power optimisation problem; Newton method; EE; probability; game theory; heterogeneous statistical quality-of-service constraint; parameter optimisation problem; convex programming; quality of service; delay constraint; hierarchical energy-efficient optimal power allocation algorithm; outage probability constraint; capacity-payoff power-loss game model; data transmission; Lagrange dual decomposition; energy conservation; spectrum efficiency; energy resource; convex optimisation technique; D2D-based cellular network; statistical analysis; hierarchical game; cellular radio; mobile handsets

Device-to-device (D2D) communication can increase network coverage, spectrum efficiency and energy efficiency (EE) within the existing cellular infrastructure, which makes it a promising architecture for the future networks. Due to the diversification of services, heterogeneous statistics quality-of...