Paper Info
Title
Generalized geometry-based optimal power control in wireless networks.
Abstract
Geometry-based optimal power control was proposed in [14] to transform the power-control problem to a new geometrical problem on the position relationship between a line and some points. This scheme provides a novel visual perspective and lowers the complexity of optimization. We generalize this scheme to a larger class of power-control optimization problems so as to maximize the network utility with multiple average and peak power constraints in wireless networks. To facilitate the handling of the geometrical model, we define a subset of geometrical models with specified characteristics, called a regular geometrical model, and derive the type of power-control problems eligible for the regular geometrical model. For such a type of problems, two strategies are proposed for the construction of the regular geometrical model. Utilizing geometrical properties, we propose a novel geometry-based optimization scheme for the general power-control problem. Its computational complexity is significantly lower than the conventional algorithms. We also provide a further discussion on irregular geometrical model cases. Finally, we provide two examples of deploying the proposed geometry-based power-control scheme. © 2012 IEEE.
Year
DOI
Venue
2012
10.1109/SECON.2012.6275835
SECON
Keywords
Field
DocType
silicon,visual perspective,computational modeling,optimization,computational complexity,optimal control,interference,geometry,power control,wireless networks
Wireless network,Mathematical optimization,Optimal control,Computer science,Power control,Network utility,Interference (wave propagation),Geometry,Optimization problem,Computational resource,Computational complexity theory
Conference
Volume
Issue
ISSN
1
null
21555494
Citations 
PageRank 
References 
0
0.34
15
Authors
5
Name
Order
Citations
PageRank
Wei Wang147753.58
Kang G. Shin2140551487.46
Z. Zhang32308198.54
Wang Wenbo41200130.70
Tao Peng539146.51