Interference Mitigation Strategy for D2D Communication in 5G Networks

Device-to-Device (D2D) communication is one of the most promising developments in 5G networks. D2D can reduce latency and increase spectrum efficiency system capacity. However, implementing reuse mode with a traditional cellular network result severe interference that significantly performance, as both networks share same resources. It essential to mitigate improve capacity when coexists An effective power control strategy help potential detrimental impact maximize benefits communication. In this study, dynamic transmission was proposed for transmitters allow them dynamically adjust power, aiming minimize The distance between number pairs experience were primary parameters considered strategy, while its complexity polynomial time. A simulation carried out evaluate compare it fixed ranged-based approaches, results validated effectiveness.