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Effectiveness Evaluation of Air Pollution Intelligent Control Based on AI Guided Haze Image Identification Algorithm

机译:基于AI引导雾霾图像识别算法的空气污染智能控制效能评价

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Effectiveness evaluation of air pollution intelligent control based on AI guided haze image identification algorithm is conducted in this paper. Firstly, we choose median filter to denoise the image, choose the global fog image enhancement method to enhance the image, and segment the image through the Gaussian mixture model algorithm based on spatio-temporal information. Secondly, the novel AI system is designed for the implementations of the environment sensing framework that can collect the data, pre-process the data and finally extract the overall information for analysis. Lastly, the intelligent control system is desinged and implemented. Reflecting from the simulation results, the proposed monitoring system can comprehensively analysis the data well.
机译:本文进行了基于AI引导雾霾图像识别算法的空气污染智能控制的有效性评估。 首先,我们选择中位过滤器来代替图像,选择全局雾图像增强方法来增强图像,并通过基于时空信息的高斯混合模型算法分段图像。 其次,新颖的AI系统被设计用于可以收集数据的环境感测框架的实现,预先处理数据并最终提取分析的整体信息。 最后,智能控制系统是假假和实现的。 从仿真结果中反映出,所提出的监控系统可以很好地综合分析数据。

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