Presenting an Optimal Energy-Aware Locating Structure Using the Internet of Things and Device-to-Device Communications on Smartphones

Recently, Device-To-Device (D2D) communications as a novel technology for improving the capacity and reducing power consumption in wireless networks have been taken into account. In D2D communications, multimedia programs utilize a great amount of energy sources and bandwidth to meet the increasing needs of mobile users. To solve the above-mentioned problem, in this paper, a new approach was presented for the localization of D2D communications on smartphones, which was based on the Dynamic Packet Transport and Multimedia Presentation Tracking, protocols as well as the distortion rate. Due to this new approach, the energy-aware optimization space and service quality standards were improved with an evolutionary swarm intelligence algorithm, called the Scaling Optimization Algorithm. Furthermore, 5G technology was used in the current study to speed up internet connections. In this regard, infrastructure was required. Therefore, the Internet of Things as infrastructure was considered in 5G technology. The results of the simulation of the proposed algorithm and its comparison with other algorithms reviewed in this paper hinted at the superiority of this algorithm in reducing energy consumption and improving the service quality standards.