5G Mobile Communication Integrating Robot Controller Communication Model

Abstract

In broadening its applicability to a variety of industries, 5G technology not only meets the vast data traffic demands but also broadens the potential for the development of intelligent communication while increasing productivity. Despite the widespread usage of 5G mobile communication technology in communication engineering, market development has become more complex due to the quick pace of technological innovation. The actual use of 5G technology in communication engineering is constrained by this circumstance, which impedes advancement in both fields.This paper incorporates a communication technique using robot controllers to address this issue. We thoroughly study the use of 5G technology in communication engineering by examining the features and present uses of mobile communication technology. This study conducts simulated tests, analyzing the use of 5G technology in communication engineering based on three crucial aspects: throughput rate, energy efficiency, and signal suppression impact. This is done to illustrate the efficacy of the robot controller communication technique. The outcomes are then contrasted with conventional communication techniques.The results of the signal suppression trials are compelling: whereas the average peak signal level used in conventional communication methods is 18.134 dB, the average peak level used in the method described in this work is substantially lower at 11.296 dB. As a result, communication engineering professionals can benefit practically from combining 5G technology with the robot controller communication approach.