基于并行干扰抵消的5G通信信道传输控制系统设计

Design of 5G Communication channel Transmission control System based on parallel interference cancellation

摘要:

为解决5G通信信号的连接超时问题，使其在单帧、多帧、连续帧情况下，均能呈现出较为流畅的传输状态，设计基于并行干扰抵消的5G通信信道传输控制系统。联合主电源模块与通信信号采集模块，并将输出控制结构、数据处理结构接入电源平台的既定控制节点之中，完成5G通信信道传输控制系统的功能方案设计。在此基础上，分析5G通信信道内的信号传输环境，通过设置并行干扰抵消检测器的方式，得到残余多址信息的表达结果，完成基于并行干扰抵消的5G通信信道配置。根据干扰方差计算表达式，确定5G通信信号的传输误码率水平，实现对系统控制指令的分析与研究，结合相关硬件设备结构，完成基于并行干扰抵消的5G通信信道传输控制系统设计。实验结果显示，与动态无线控制系统相比，在并行干扰抵消算法作用下，5G通信信号在单帧、多帧、连续帧情况下的连接时长均能得到较好控制，这对于信号参量的流畅传输能够起到一定的促进性影响作用。

Abstract:

In order to solve the connection timeout problem of 5G communication signal and enable it to present a relatively smooth transmission state in the case of single frame, multiple frame and continuous frame, a 5G communication channel transmission control system based on parallel interference cancellation is designed. The main power module and communication signal acquisition module are combined, and the output control structure and data processing structure are connected to the established control nodes of the power platform to complete the functional scheme design of the 5G communication channel transmission control system. On this basis, the signal transmission environment in the 5G communication channel is analyzed. By setting the parallel interference cancellation detector, the expression result of residual multiple access information is obtained, and the 5G communication channel configuration based on the parallel interference cancellation is completed. According to the interference variance calculation expression, determine the transmission error rate level of 5G communication signal, realize the analysis and research of system control instructions, combined with the structure of related hardware equipment, complete the design of 5G communication channel transmission control system based on parallel interference cancellation. The experimental results show that compared with the dynamic wireless control system, under the action of parallel interference cancellation algorithm, the connection duration of 5G communication signal can be better controlled in the case of single frame, multi-frame and continuous frame, which can play a certain promoting effect on the smooth transmission of signal parameters.