作者: Yang Yan , Yunzhou Li , Chunxiao Xing , Jing Wang
DOI: 10.1109/VTCSPRING.2015.7146099
关键词:
摘要: A two-tier heterogeneous network, comprised of a macrocell underlaid with flexible and uncoordinated femtocell provides an economically viable way to improve indoor coverage, users' QoS the capacity whole cellular network. However, mutual interference between limits leads problem coexistence. This paper proposes game theoretical decentralized spectrum negotiation framework solve above-mentioned problem. Macrocell users have reach satisfactory agreement on partition by making alternating offers each other. By modeling bargaining process as multi-stage dynamic game, we are able obtain equilibrium outcome. Theoretical numerical analysis results show that can achieve fair, efficient, incentive compatible allocation via proposed bilateral interactions.