Title
Energy-efficient resource allocation in cooperative wireless networks using Nash bargaining solution
Abstract
We consider the problem of energy-efficient time slot allocation between two rational nodes under the quality of services (QoS) constraints of each node in cooperative communication networks. First, we consider a cooperative communication system model and propose an energy consumption objective function. In our system, each node can act as a source as well as a potential relay, and both nodes try to complete the transmission of a frame in an energy-efficient way. Then we prove that the optimization problem is a two-person bargaining problem and we use Nash bargaining solution game (NBSG) to achieve an efficient and fair solution. Simulation results indicate that the Nash bargaining solution (NBS) is efficient, because both nodes can save energy in a cooperative way until the channel state becomes extremely worse. Furthermore, the duration of win-win in NBS scheme is the longest among all the proposed schemes and the energy saved by each node is approximately equal, which reflects NBS fairness.
Year
DOI
Venue
2013
10.1109/WCSP.2013.6677214
WCSP
Keywords
Field
DocType
relay networks (telecommunication),nbsg,optimisation,potential relay,nbs fairness,cooperative communication,energy consumption objective function,fairness,quality of service constraints,nash bargaining solutionm game,resource allocation,radio networks,two-person bargaining problem,optimization problem,game theory,qos,energy-efficient resource allocation,channel state,qos constraints,cooperative communication system,nbs,energy-efficient,cooperative wireless networks
Wireless network,Computer science,Quality of service,Communications system,Computer network,Resource allocation,Game theory,Energy consumption,Optimization problem,Bargaining problem
Conference
ISSN
Citations 
PageRank 
2325-3746
0
0.34
References 
Authors
11
4
Name
Order
Citations
PageRank
Bowen Duan150.78
Yueming Cai2918102.96
Jianchao Zheng322316.21
Wendong Yang410010.22