基于物联网的通信信息监测系统优化设计

Optimal Design of Communication Information Monitoring System Based on Internet of Things

为提高通信信息监测能力,本文提出基于物联网的通信信息监测系统优化设计方法。构建通信信息监测的物联网组网分布模型,采用自适应轮换调度方法,对通信信息监测的物联网节点进行优化部署和自适应定位,根据通信信息监测的输出统计特征量,进行路由转发控制协议设计,选择无线通信网络作为通信信息监测系统的网络模块,并结合传输链路均衡配置方法,对通信信息监测数据进行收发和通信路由设计。同时,基于ZigBee协议构建通信信息监测的物联网模型,在嵌入式环境下,实现通信信息监测系统的硬件开发设计。为验证本文方法的有效性及可行性,对物联网环境下的通信信息监测系统进行仿真实验。仿真结果表明,本系统总体稳定性较好,通信信息处理效果好,时间开销少,输出结果准确可靠,对信息监测的实时性较好。该研究对通信信息的远程监测具有重要意义。

In order to improve the ability of communication information monitoring,this paper proposes an optimal design method of communication information monitoring system based on Internet of things.The network distribution model of the Internet of things for communication information monitoring is constructed,and the nodes of the Internet of things for communication information monitoring are optimally deployed and self-adaptive positioned by using the adaptive rotation scheduling method.According to the output statistical characteristics of the communication information monitoring,the routing and forwarding control protocol is designed,and the wireless communication network is selected as the network module of the communication information monitoring system,combined with the transmission method of link balance configuration to design the communication information monitoring data transmission and communication route.At the same time,the Internet of things model of communication information monitoring is constructed based on ZigBee protocol,and the hardware development and design of communication information monitoring system is realized in embedded environment.In order to verify the effectiveness and feasibility of this method,a simulation experiment is carried out on the communication information monitoring system under the environment of Internet of things.The simulation results show that the overall stability of the system is good,the communication information processing effect is good,the time cost is less,the output result is accurate and reliable,and the real-time performance of information monitoring is better.The research is of great significance to the remote monitoring of communication information.