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FIRE DETECTION USING BOTH INFRARED AND VISUAL IMAGES WITH APPLICATION TO UNMANNED AERIAL VEHICLE FOREST FIRE SURVEILLANCE

机译:结合红外图像和视觉图像进行火灾探测,并将其应用于无人驾驶飞机森林火灾监测中

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摘要

Forest fires are a universal problem that destroy a large amount of natural resources and creates environmental pollution. Forest firefighting is one of today's most important events for natural and environmental resources protection and conservation. Unmanned aerial vehicle (UAV) with remote sensing system can offer a rapid, safe and low-cost approach for effective forest fire detection which have attracted researchers attention worldwide. In this paper, automatic detection of fire regions using both visual and infrared images is investigated. In order to improve the computational performance to satisfy the requirement of real-time processing, a reduced complexity fusion method is adopted in this research. Through testing the proposed approach on real video sequences, good detection performance is achieved and it is indicated that using multi-modal camera system to detect forest fire with application to firefighting UAV is very promising.
机译:森林火灾是一个普遍的问题,它破坏了大量的自然资源并造成环境污染。森林消防是当今保护自然和环境资源最重要的事件之一。具有遥感系统的无人机(UAV)可以提供快速,安全和低成本的方法来进行有效的森林火灾探测,引起了全世界研究人员的关注。在本文中,研究了使用可见光图像和红外图像自动检测火灾区域。为了提高计算性能以满足实时处理的要求,本研究采用了一种降低复杂度的融合方法。通过在真实视频序列上测试该方法,取得了良好的检测性能,表明将多模态摄像机系统用于森林火灾的检测,并应用于消防无人机中是很有前途的。

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