基于聚合等级的5G通信下行信道传输控制系统设计

Design of 5g communication downlink channel transmission control system based on aggregation level

摘要:

为提高5G通信下行信道的传输稳定性,提升传输控制系统存在的控制效果,设计并开发了基于聚合等级的5G通信下行信道传输控制系统。改装DSP协处理器、通信数据采集器以及信道传输控制器,完成硬件系统的优化。根据信道的空间结构和工作原理,构建通信下行信道模型,判定通信下行信道实时状态。在该模型下,采集通信下行信道的实时传输数据,根据信道的聚合等级,分配信道传输资源。最终从信道增强、发送/接收端、传输干扰、传输速度等方面,实现系统的传输控制功能。通过系统测试实验得出结论,设计系统的传输速率控制误差、信道传输丢包量和信道拥塞概率均有所降低,即设计系统在传输控制功能方面更具优势。

Abstract:

In order to improve the transmission stability of the 5G communication downlink channel and improve the control effect of the transmission control system, a 5G communication downlink channel transmission control system based on aggregation level is designed and developed. The DSP co-processor, the communication data collector and the channel transmission controller are modified to complete the optimization of the hardware system. According to the spatial structure and working principle of the channel, construct the communication downlink channel model and determine the real-time status of the communication downlink channel. Under this model, the real-time transmission data of the communication downlink channel is collected, and channel transmission resources are allocated according to the aggregation level of the channel. Finally, the transmission control function of the system is realized from the aspects of channel enhancement, sending/receiving end, transmission interference, and transmission speed. Through the system test experiment, it is concluded that the transmission rate control error, the channel transmission packet loss and the channel congestion probability of the designed system are reduced, that is, the designed system has more advantages in transmission control function.