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Smoke Detection Using GMM and Deep Belief Network

机译:使用GMM和深度信仰网络进行烟雾检测

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摘要

The objective of this work is to develop a deep learning model for classification of smoke and no smoke regions in aerial recorded videos. For that, a deep belief network model was selected and implemented. First, frames were extracted from the provided videos. The Gaussian Mixture Model (GMM) was applied as background estimation algorithm. Then, the Deep Belief Network algorithm was applied to detect the smoke for the candidate region. Deep Belief Network was implemented and tested on different datasets. Overall, the obtained results reveal that our implemented model was able to accurately classify smoke and no smoke regions. Through the experiments with input videos obtained from various weather conditions, the proposed algorithms were useful to detect smoke in forests to minimize the damage caused by forest fires onto vegetation, animals and humans.
机译:这项工作的目标是开发一个深入学习模型,用于在空中记录视频中进行烟雾和没有烟雾区的分类。为此,选择并实施了深度信仰网络模型。首先,从提供的视频中提取帧。高斯混合模型(GMM)被应用为背景估计算法。然后,应用了深度信念网络算法来检测候选区域的烟雾。在不同的数据集中实现并测试了深度信仰网络。总体而言,获得的结果表明,我们所实施的模型能够准确地分类烟雾,没有烟雾区。通过从各种天气条件获得的输入视频的实验,所提出的算法可用于检测森林中的烟雾,以最大限度地减少森林火灾造成的损害到植被,动物和人类。

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