面向5G的通信网络全局化状态信息非线性切换系统研究

Research on nonlinear switching system of global state information for 5G communication network

摘要:

为减轻5G通信网络中冗余数据的传输压力，实现全局化环境下信息参量的快速切换处理，设计面向5G通信网络的全局化状态信息非线性切换系统。遵照通信网络内非线性切换格局的建立条件，连接数据观测器与数据控制器，干预模糊数据解耦结构的执行接入行为，释放网络环境中的冗余堆积数据，完成非线性切换系统的信息输出控制设备搭建。获取通信网络内已稳定的信息参量，处理云分发协议间的传输关系，实现全局化信息的分发与缓存处理，结合输出型控制设备结构，完成面向5G的通信网络全局化状态信息非线性切换系统研究。检测结果显示，应用非线性切换系统后，单位时间内可传输的网络信息流量明显提升，数据参量间的重复冗余占比率也大幅下降，切换信号趋于稳定时间加快。

Abstract:

In order to reduce the transmission pressure of redundant data in 5g communication network and realize the fast switching of information parameters in the global environment, a global state information nonlinear switching system for 5g communication network is designed. According to the establishment conditions of the nonlinear switching pattern in the communication network, the data observer and the data controller are connected, the access behavior of the fuzzy data decoupling structure is interfered, the redundant stacked data in the network environment is released, and the information output control equipment of the nonlinear switching system is built. Obtain the stable information parameters in the communication network, deal with the transmission relationship between cloud distribution protocols, achieve the global information distribution and cache processing, combined with the output control device structure, complete the research on the 5G oriented communication network global state information nonlinear switching system. The detection results show that after the application of nonlinear switching system, the network information flow that can be transmitted in unit time is significantly increased, the ratio of repeated redundancy among data parameters is also greatly reduced, and the switching signal tends to stabilize faster.