Weighted Majority Game-based Femtocell Selection and Beam Allocation for 5G-IoT

This article proposes a weighted majority game based femtocell selection and beams allocation approach for the 5G-IoT network. This approach is for the indoor region as small cell base station is considered. Here Multiple Input Multiple Output (MIMO) base station is the primary base station under which femtocells are deployed. MIMO with spatial modulation transmits the signal to the femtocell. Multiple IoT devices are connected with femtocell and share the same communication resources. Beamforming allows a proficient organization of intercell interference for short-distance data transmission. Weighted majority co-operative game based femtocell selection and beam allocation strategy is proposed here. The performance of the proposed approach is measured by simulation results which illustrates that the proposed architecture diminishes power consumption by 10-15%. Comparative analysis with existing approaches shows that it is a novel and green approach.