基于物理地址编码的光纤链路智能识别

Intelligent identification of optical fiber links based on physical address coding

光纤链路的质量直接影响电力通信系统的工作性能,针对当前光纤链路识别方法存在识别误差大、实时性差等缺陷,为了降低光纤链路识别误差,设计了一种基于物理地址编码的光纤链路智能识别方法。首先对光纤链路识别原理进行分析,找到与光纤链路识别效果有关的重要因素,然后采用光纤物理地址编码技术对光纤链路节点进行编码,并构建光纤链路智能识别模型,最后在相同仿真环境下,与经典光纤链路识别方法进行对比实验,结果显示,方法较好地克服了当前光纤链路识别方法存在的局限性,光纤链路识别的智能化程度更高,改善了光纤链路识别效果,获得了比经典方法更优的光纤链路识别结果,实际应用价值更高。

The quality of optical fiber link directly affects the performance of optical fiber communication system.In order to reduce identification error of optical fiber link,an intelligent identification method of optical fiber link based on physical address coding is designed. Firstly,the principle of optical fiber link identification is analyzed,and the important factors related to the effect of optical fiber link identification are found. Then,optical fiber physical address coding technology is used to code the optical fiber link nodes,and an intelligent identification model of optical fiber link is constructed. Finally,in the same simulation environment,compared with classical optical fiber link identification method,the results show that it can better overcome the limitations of current methods for identifying optical fiber links,the intelligent degree of identification of optical fiber links is higher,the effect of identification of optical fiber links is improved,and the better results than classical methods for identifying optical fiber links are achieved,it has higher practical application value.