Interference management for D2D communication in mmWave 5G network: An Alternate Offer Bargaining Game theory approach

Abstract

A novel interference management paradigm has been proposed for overlay mode of Device-to-Device (D2D) communication in mm-Wave 5G networks. The theory proposes alternate offer bargaining game (AOBG) for the problem eradication which is a non-symmetric Nash bargaining solution. In this game, players considered are D2D users in the cell. The payoffs received by the players are transmit power. Neighboring D2D users compete with each other for higher signal to interference plus noise ratio (SINR). The proposed algorithm proves that equilibrium can be achieved wherein the system throughput can be increased without compromising the SINR. The numerical results show the effectiveness of the algorithm. Furthermore, simulation results of the proposed scheme have been compared with the existing scheme.