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Detecting Smoke in an Image Using Cascade Classifiers

机译:使用级联分类器检测图像中的烟雾

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This paper proposes smoke detection using image processing technique. It has been a challenging problem for a decade or two because of its variation in color, texture and shape. In this project a machine learning based approach is considered to solve this problem. The smoke detection problem is posed as classification problem. The solution is modeled as binary classification problem. Therefore, support vector machine (SVM) is considered for classification. In order to train and test the SVM classifier, positive and negative samples are collected. Two SVM classifiers are used in cascade. The first classifier detects the presence of smoke, if smoke presents in a given input image, the second classifier is used to locate the region of smoke in a given input image. The size of the window is fixed to 32x32 and slided across the entire image to detect the smoke in a region of the window. The model is trained a training dataset and using linear kernel as a kernel function. Subsequently, the model is tested with a Test dataset. The first SVM classifier achieved a training accuracy of 100% and testing accuracy of 92.5%. The second SVM classifier achieved a training accuracy of 96.5% and testing accuracy of 91.5%.
机译:本文采用图像处理技术提出了烟雾检测。由于其颜色,纹理和形状的变化,这是十年或两年的具有挑战性的问题。在该项目中,基于机器学习的方法被认为解决了这个问题。烟雾检测问题被构成为分类问题。该解决方案被建模为二进制分类问题。因此,考虑支持向量机(SVM)进行分类。为了培训和测试SVM分类器,收集正面和负样本。两个SVM分类器用于级联。第一分类器检测烟雾的存在,如果烟雾在给定的输入图像中呈现,则第二分类器用于定位给定输入图像中的烟区。窗口的大小固定为32x32并在整个图像上滑动,以检测窗口区域中的烟雾。该模型训练了训练数据集并使用线性内核作为内核功能。随后,使用测试数据集进行测试。第一个SVM分类器实现了100%和测试精度为92.5%的训练精度。第二个SVM分类器实现了96.5%的训练精度,测试精度为91.5%。

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