Vision-Based Fire Detection Algorithm Using Optical Flow

Changwoo Ha, Ung Hwang, Gwanggil Jeon, Joong-Hwee Cho, Jechang Jeong
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引用次数: 33

Abstract

Recently automatic video surveillance in the digital video recording CCTV system is rapidly becoming one of the most accepted security system. The dangerous situations such as forest fire, flood, and terrorism are increasing, and cause serious casualty and property loss. In this paper, we particularly focus on the fire detection system in video. The proposed block-based fire detection algorithm consists of three basic steps. In the first step, we find motion vector utilizing optical flow and distinguish the suspect as fire region. In the second step, we conduct chromatic detection based on Lab color space. In the final step, we employ motion information for detecting the correct fire block by using the characteristics that fire goes almost upward. Experimental results show that the proposed method yields good performance for fire detection.
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基于视觉的光流火灾检测算法
近年来,自动视频监控中的数字视频录制CCTV系统正迅速成为人们最接受的安防系统之一。森林火灾、洪水、恐怖主义等危险事件不断增加,造成严重的人员伤亡和财产损失。本文重点研究了视频中的火灾探测系统。提出的基于块的火灾检测算法包括三个基本步骤。第一步,我们利用光流找到运动向量,并将可疑区域识别为火焰区域。第二步,基于Lab色彩空间进行色彩检测。在最后一步,我们利用火几乎向上移动的特征,利用运动信息来检测正确的火块。实验结果表明,该方法具有良好的火灾探测性能。
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