摘要
为有效维护通信网络的正常运行、提高网络传输规约的应用效率,设计了异构超密度通信网络传输规约选择模型。首先收集已存在的网络传输规约,经过对多个规约的整合与处理构建规约标准知识库,然后根据通信网络的工作原理搭建异构超密度通信网络,并在该网络环境下模拟数据传输过程。在此基础上,提取对应网络节点的特征,从而选择出适配性更高的传输规约。仿真结果表明,与传统的规约选择模型相比,在异构超密度通信网络环境下,应用所设计的选择模型后,传输规约选择速度更快,网络节点故障发生概率更低,表明该选择模型应用效果更好。
In order to effectively maintain the normal operation of communication network and improve the application efficiency of network transmission protocol, this article designed a model to select the transmission protocol of heterogeneous ultra-density communication network. Firstly, some existing network transmission protocols were collected, and then a knowledge base of protocol standards was built through the integration and processing for multiple protocols. According to the working principle of communication network, a heterogeneous super-density communication network was built and the data transmission process was simulated in this network environment. On this basis, the characteristics of network nodes were extracted to select the transport protocol with higher adaptability. Simulation results show that the transmission protocol selection speed is faster and the probability of network node failure is lower than traditional protocol selection models when the proposed model is applied in the heterogeneous super-density communication network environment. Therefore, the proposed model has better application effect.
作者
赵年年
ZHAO Nian-nian(School of Mechatronics and Information Engineering,China University of Mining and Technology(Beijing),Beijing 100083,China)
出处
《计算机仿真》
北大核心
2020年第10期268-272,共5页
Computer Simulation
关键词
异构网络
超密度通信网络
传输规约
适配性
Heterogeneous network
Super-density communication network
Transmission protocol
Compatibility
作者简介
赵年年(1995-),女(汉族),江苏昆山人,硕士生在读,研究方向:人工智能、信号与信息处理。
