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OPTIMIZED FLAME DETECTION USING IMAGE PROCESSING BASED TECHNIQUES

机译:使用基于图像处理的技术优化火焰检测

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摘要

Present work is an in depth study to detect flames in video by processing the data captured by an ordinary camera. Previous vision based methods were based on color difference, motion detection of flame pixel and flame edge detection. This paper focuses on optimizing the flame detection by identifying gray cycle pixels nearby the flame, which is generated because of smoke and of spreading of fire pixel and the area spread of flame. These techniques can be used to reduce false alarms along with fire detection methods . The novel system simulate the existing fire detection techniques with above given new techniques of fire detection and give optimized way to detect the fire in terms of less false alarms by giving the accurate result of fire occurrence. The strength of using video in fire detection is the ability to monitor large and open spaces. The novel system also give the opportunity to adjust the system by applying different combination of fire detecting techniques which will help in implementation of system according to different sensitive area requirement.
机译:当前的工作是一项深入研究,通过处理普通摄像机捕获的数据来检测视频中的火焰。以前基于视觉的方法是基于色差,火焰像素的运动检测和火焰边缘检测。本文着重于通过识别火焰附近的灰度周期像素来优化火焰检测,该灰度周期像素是由于烟雾,火焰像素的扩散以及火焰的面积扩散而产生的。这些技术可与火灾探测方法一起用于减少误报。该新型系统利用上述给定的火灾探测新技术模拟了现有的火灾探测技术,并通过给出火灾发生的准确结果,以较少的虚假警报提供了优化的火灾探测方法。在火灾探测中使用视频的优势在于能够监视大空间和开放空间。新颖的系统还提供了通过应用火灾探测技术的不同组合来调整系统的机会,这将有助于根据不同的敏感区域要求实施系统。

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