摘要
传统的矿山杂散电流防治系统矢量图形平台中AutoCAD图的XML解析模型主要实现AutoCAD巷道数据的存储,但是缺乏AutoCAD图元对象的分析,导致矿山杂散电流故障决策推理模块多次遍历无效巷道对象以及NP难问题的形成,大大降低了系统决策效率和准确率。本文提出了杂散电流图元信息提取算法和杂散电流巷道对象生成算法,优化了巷道对象信息的封装以及相邻巷道之间的互相关系的描述,从而提高了在故障决策推理过程中的三维解析对象的遍历效率。
The traditional XML analysis model of the NP AutoCAD in the vector graphics platform of mine is mainly to realize the storage of AutoCAD data, but the lack of the analysis of the AutoCAD object, which leads to the formation of the failure of the fault current fault decision making model, and the formation of the difficult problem. In this paper, we propose a method for extracting the in- formation of the stray current and the generation of the stray current in the roadway, and the description of the relationship between the package and the adjacent tunnels are optimized.
出处
《自动化与仪器仪表》
2016年第8期33-34,共2页
Automation & Instrumentation
关键词
杂散电流
矿山
三维
stray current
mine
three-dimensional
