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Nonparametric membership functions and fuzzy logic for vision sensor-based flame detection

机译:基于视觉传感器的火焰检测的非参数隶属函数和模糊逻辑

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摘要

This paper proposes an advanced fire-flame detection algorithm using camera images for a better performance than conventional sensor-based systems that are limited to a small area. First, candidate flame regions are detected from the captured images using a background model and flame-color model. After forming probability density functions for the intensity variation, wavelet energy, and motion orientation on a time axis, these probability density functions are changed into membership functions for fuzzy logic. Finally, the result function is made by defuzzifi-cation, and the probability value of a fire flame is estimated. The proposed algorithm is successfully applied to various fire videos, including indoor and outdoor fires, and shows a better detection performance when compared With Other methods.
机译:本文提出了一种使用摄像机图像的先进的火焰检测算法,其性能要优于传统的基于传感器的系统(仅限于较小的区域)。首先,使用背景模型和火焰颜色模型从捕获的图像中检测候选火焰区域。在针对时间轴上的强度变化,小波能量和运动方向形成概率密度函数之后,这些概率密度函数将变为模糊逻辑的隶属函数。最后,对结果进行解模糊处理,并估计出火焰的概率值。所提出的算法已成功地应用于包括室内和室外火灾在内的各种火灾视频,并且与其他方法相比具有更好的检测性能。

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