Yuanshun ChengAnhui TanChuansheng YangYueting YangChao Wang
Presence of haze in images obscures underlying information, which is undesirable in applications requiring accurate environment information. To recover such an image, a dehazing algorithm should enhance the feature information of the background while weakening the feature information of haze. In this paper, we propose an end-to-end attention-based feature enhanced dehazing network (AEDNet), which integrates enhancement strategy and attention mechanism, to achieve haze removal. The network is based on U-Net, which has the advantages of retaining information, obtaining multi-scale features and so on. In the training of the network, pixel loss and perceptual loss are used to preserve feature information and improve the overall quality of results. The extensive evaluation shows that the proposed model performs significantly better than previous dehazing methods on various benchmarks.
Yu ZhouZhihua ChenBin ShengPing LiJinman KimEnhua Wu
Xiaoqin ZhangTao WangJinxin WangGuiying TangLi Zhao
Yan LuMiao LiaoShuanhu DiYuqian Zhao
Changjun ZouHangbin XuLintao Ye