Image Processing Technique for Unmaned Motor Glider for Forest Fire Detection

M. Kataev, Eugeny Kartashov
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Abstract

This article proposes an algorithm for detecting forest fires from RGB images obtained using an unmanned motor glider (UMG). The algorithm includes several stages related to finding and subtracting the background, highlighting the fire area in the RGB color space. The proposed algorithm has been tested on images of forest fires. The article proposes a variant of the flight of an unmanned motor glider in such a way as to continuously monitor large spaces for several hours. The results of calculations are presented, showing that the proposed method allows one to find areas of the image occupied by fire and can be used in automatic systems for monitoring forests from fires.
用于森林火灾探测的无人机动滑翔机图像处理技术
本文提出了一种从无人驾驶滑翔机(UMG)获得的RGB图像中检测森林火灾的算法。该算法包括寻找和减去背景,突出显示RGB色彩空间中的火焰区域等几个阶段。该算法已在森林火灾图像上进行了测试。本文提出了一种无人驾驶机动滑翔机的飞行变型,这种飞行方式可以连续监视大空间几个小时。计算结果表明,所提出的方法可以找到图像中被火占据的区域,并可用于火灾监测森林的自动系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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