Optimizing Resource Allocation for Device to Device Communication in Cellular Networks

Device-to-device communication is a noteworthy technology that can improve the efficiency and capacity of cellular networks. Efficient resource allocation is crucial in a cellular network that supports both device-to-device communication and traditional cellular users. To minimize interference and optimize the overall performance of the network, this allocation is necessary. The current study introduces a new framework aimed at improving the spectrum efficiency and quality of service in device-to-device interactions. The framework utilizes interference management techniques to achieve these enhancements. The research conducted encompasses a comprehensive examination of the subject matter, incorporating theoretical analysis, simulation results, and practical implications. This approach has been employed to effectively showcase the advantages and benefits associated with the proposed methodology.