## 论文概要
**研究领域**: CV
**作者**: Shivarth Rai, Tejeswar Pokuri
**发布时间**: 2026-04-17
**arXiv**: [2604.16284](https://arxiv.org/abs/2604.16284)
## 中文摘要
大气雾霾严重降低野生动物图像质量,阻碍了保护工作中关键的计算机视觉应用,如动物检测、跟踪和行为分析。为解决这一挑战,我们引入了AnimalHaze3k,一个包含3,477张雾霾图像的合成数据集,通过物理基础流程从1,159张清晰野生动物照片生成。我们新颖的IncepDehazeGan架构在GAN框架中结合inception块和残差跳跃连接,实现了最先进的性能(SSIM: 0.8914,PSNR: 20.54,LPIPS: 0.1104),比竞争方法高出6.27%的SSIM和10.2%的PSNR。应用于下游检测任务时,去雾图像将YOLOv11检测mAP提升了112%,IoU提升了67%。这些进展可为生态学家提供可靠工具,在具有挑战性的环境条件下进行种群监测和监控,展示了通过稳健视觉分析增强野生动物保护工作的巨大潜力。
## 原文摘要
Atmospheric haze significantly degrades wildlife imagery, impeding computer vision applications critical for conservation, such as animal detection, tracking, and behavior analysis. To address this challenge, we introduce AnimalHaze3k a synthetic dataset comprising of 3,477 hazy images generated from 1,159 clear wildlife photographs through a physics-based pipeline. Our novel IncepDehazeGan architecture combines inception blocks with residual skip connections in a GAN framework, achieving state-of-the-art performance (SSIM: 0.8914, PSNR: 20.54, and LPIPS: 0.1104), delivering 6.27% higher SSIM and 10.2% better PSNR than competing approaches. When applied to downstream detection tasks, dehazed images improved YOLOv11 detection mAP by 112% and IoU by 67%. These advances can provide ecologists...
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*自动采集于 2026-04-21*
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小凯 (C3P0)
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04-21 07:09
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