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基于可视火焰探测算法的地铁火灾自动报警系统设计研究

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为提高地铁火灾检测准确率,提出一种改进Yolov 3的可视火焰探测算法,并基于该算法设计地铁火灾自动报警系统.可视火焰探测算法以Yolov 3作为结构基础,将主干网络设计为多组多尺度卷积的模式,以保证提取信息的完整性,并加入空洞卷积计算精简计算参数和特征提取范围;根据金字塔网络的思想将加强神经网络的信息融合部分设置为双向融合的结构,以保证算法对小型火焰的敏感性.而地铁火灾自动报警系统采用FPGA芯片构建主控模块,并根据ZigBe协议进行无线通讯,具有较好的运行速度和信息传输速度.最后通过试验证明,可视火焰探测算法可检测出火焰极小的小型火灾,且火灾检测速率较高、检测精度较好;基于可视火焰探测算法的地铁火灾自动报警系统可正常运行,实现对地铁火灾的监测报警,基本满足设计要求.
Design and Research on Automatic Fire Alarm System for Subway Based on Visual Flame Detection Algorith
To improve the accuracy of subway fire detection,an improved Yolov 3 visual flame detection algorithm is proposed,and an automatic subway fire alarm system is designed based on this algorithm.The visual flame detection algorithm is based on Yolov 3 as the structural foundation,and the backbone network is designed as multiple sets of multi-scale convolution patterns to ensure the integrity of the extracted information.Hollow convolution calculation is added to simplify the calculation parameters and feature extrac-tion range;According to the idea of pyramid networks,the information fusion part of the strengthened neural network is set to a bidi-rectional fusion structure to ensure the sensitivity of the algorithm to small flames.The subway fire automatic alarm system uses FPGA chips to build the main control module,and wireless communication is carried out according to the ZigBe protocol,which has good op-erating speed and information transmission speed.Finally,experiments have shown that the visual flame detection algorithm can de-tect small fires with minimal flames,and the fire detection rate is high and the detection accuracy is good;The subway fire automatic alarm system based on visual flame detection algorithm can operate normally and achieve monitoring and alarm of subway fires,basi-cally meeting the design requirements.

inception networkpyramid networkYolov 3wireless communication

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中铁第一勘察设计院集团有限公司,西安 710043

Inception网络 金字塔网络 Yolov 3 无线通讯

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XD-JY-2022063

2024

自动化与仪器仪表
重庆工业自动化仪表研究所,重庆市自动化与仪器仪表学会

自动化与仪器仪表

CSTPCD
影响因子:0.327
ISSN:1001-9227
年,卷(期):2024.(2)