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人工智能分析技术在油气管线光纤预警系统的应用

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针对油气管线的监测需求和误报问题进行了分析.在振动信号时频特性分析的基础上,再利用深度学习算法一维时序振动信号和二维时间-空间振动信号进行自动特征提取和识别判断.根据管线监测样本数据库实验测试结果,能够结合传统算法和深度学习算法的优势,在准确识别各类挖掘信号样本和干扰信号样本的同时,消耗较少的计算量.准确地从众多振动信号中区分真正存在威胁的振动信号,降低系统误报率,避免管道巡线人力物力的浪费.
Application of Artificial Intelligent Analysis Technology in Oil and Gas Pipeline Fiber Warning System
This article analyzes the monitoring requirements and alarms of oil and gas pipelines.Based on the analysis of time-frequency characteristics of vibration signals,one-dimensional time-sequence vibration signals and two-dimensional time-space vibration signals are automatically extracted and identified by deep learning algorithm.According to the experimental test results of pipeline monitoring sample database,it can combine the advantages of traditional algorithm and deep learning algorithm to accurately identify all kinds of mining signal samples and interference signal samples,while consuming less computation.Accurately distinguish the real threat vibration signals from many vibration signals,reduce the alarm rate of the system,and avoid the waste of manpower and material resources in pipeline inspection.

Optical fiber sensingOil and gas pipelineSafety monitoringDeep learning

于洋、艾斯卡尔·卡地尔、张东、张启迪

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国家管网集团联合管道有限责任公司西部分公司乌鲁木齐输油气分公司 新疆 乌鲁木齐 830000

光纤传感 油气管道 安全监测 深度学习算法

2024

石化技术
中国石化集团资产经营管理有限公司北京燕山石化工分公司

石化技术

影响因子:0.261
ISSN:1006-0235
年,卷(期):2024.31(8)