PROJECT TITLE :

Dynamic hybrid-access control in multi-user and multi-femtocell networks via Stackelberg game competition

ABSTRACT:

During this study, the hybrid-access drawback in multi-femtocell networks, where multiple femtocell registered users (FRUs) and unregistered users (FURUs) coexist, is solved based on the optimal resource allocation using Stackelberg game. The most plan of the authors’ proposed theme is to have the femtocell base station (FBS) allocating resources to FRUs freely to ensure their quality of service (QoS), and then obtaining the compensation for giving the hybrid-access through selling the remaining resources to FURUs with high motivation. Based mostly on the Stackelberg game involving the non-cooperative competition among the FBS and multiple FURUs, a dynamic hybrid-access management theme is proposed and analysed for single-femtocell access. Then a dynamic multi-round hybrid-access theme (DMRHAS) with post-DMRHAS is any designed for multi-femtocell hybrid-access. Simulation results show that the proposed schemes have the FBS not solely defend FRUs' QoS, however also dynamically verify the list of accessible FURUs consistent with the channel power gains of FURUs and also the amendment of FRUs' QoS demands, through pricing the FURUs.