Algorithm about Dense Fog Image Dehazing Based on Atmospheric Extinction Coefficient and Guided Filtering

longwei; fujixian; 李炎炎; 夏玉琪; yangguotao

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Algorithm about Dense Fog Image Dehazing Based on Atmospheric Extinction Coefficient and Guided Filtering

更新时间：2023-11-14

- Algorithm about Dense Fog Image Dehazing Based on Atmospheric Extinction Coefficient and Guided Filtering
- Advanced Engineering Sciences Vol. 48, Issue 4, Pages: 175-180(2016)
- 作者机构：
  
  四川大学制造学院
- 作者简介：
- 基金信息：
- DOI：
  CLC：
- Published：2016，
  
  Published Online：6 April 2016，
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龙伟,傅继贤,李炎炎,夏玉琪,杨国涛.基于大气消光系数和引导滤波的浓雾图像去雾算法[J].工程科学与技术,2016,48(4):175-180.

longwei, fujixian, 李炎炎, et al. Algorithm about Dense Fog Image Dehazing Based on Atmospheric Extinction Coefficient and Guided Filtering. [J]. Advanced Engineering Sciences 48(4):175-180(2016)
龙伟,傅继贤,李炎炎,夏玉琪,杨国涛.基于大气消光系数和引导滤波的浓雾图像去雾算法[J].工程科学与技术,2016,48(4):175-180. DOI：

longwei, fujixian, 李炎炎, et al. Algorithm about Dense Fog Image Dehazing Based on Atmospheric Extinction Coefficient and Guided Filtering. [J]. Advanced Engineering Sciences 48(4):175-180(2016) DOI：

摘要

中文摘要: 针对浓雾天气下户外采集的图像退化严重的问题，提出了一种浓雾图像的去雾算法。本文简化了雾天成像物理模型，提出雾浓度因子的概念，并在分析影响雾天能见度因素时借助大气消光系数建立了能见度和雾浓度因子的关系。通过对单幅浓雾图像的能见度值进行估计求得雾浓度因子的值，再结合灰度图像引导滤波估计大气光值，最后借助修复函数完成有雾图像的去雾处理。去雾实验结果显示：本文算法处理后的图像亮度效果好，图像对比度和清晰度高，图像整体视觉感知效果好。

Abstract

Abstract:In order to deal with the problems that dense fog influenced the image quality

a dense fog image defogging algorithm was put forward. In this paper

the physical model of imaging in fog was simplified，and the concept of fog concentration factor was put forward. The relationship between visibility and fog concentration factor was established when this paper analyzed the factors affecting the concentration of fog. By seeking the value of the fog concentration factor and Estimating the value of atmospheric light using guided filtering

the dense fog image could be recovered. Experimental results showed that after the algorithm the image brightness is higher

the image contrast and resolution is higher

and the overall visual perception of the image is better.

关键词

雾浓度因子，大气消光系数，能见度，引导滤波，图像去雾

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