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Yeyao Chen
ORCID
Publication Activity (10 Years)
Years Active: 2019-2024
Publications (10 Years): 21
Top Topics
High Dynamic Range Imaging
Denoising
Region Segmentation
Light Field
Top Venues
Displays
IEEE Trans. Multim.
Inf. Fusion
CoRR
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Publications
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Wei Zhang
,
Gangyi Jiang
,
Yeyao Chen
,
Haiyong Xu
,
Hao Jiang
,
Mei Yu
Multi-stage coarse-to-fine progressive enhancement network for single-image HDR reconstruction.
Displays
84 (2024)
Yeyao Chen
,
Gangyi Jiang
,
Mei Yu
,
Chongchong Jin
,
Haiyong Xu
,
Yo-Sung Ho
HDR light field imaging of dynamic scenes: A learning-based method and a benchmark dataset.
Pattern Recognit.
150 (2024)
Meisheng Guan
,
Haiyong Xu
,
Gangyi Jiang
,
Mei Yu
,
Yeyao Chen
,
Ting Luo
,
Xuebo Zhang
DiffWater: Underwater Image Enhancement Based on Conditional Denoising Diffusion Probabilistic Model.
IEEE J. Sel. Top. Appl. Earth Obs. Remote. Sens.
17 (2024)
Xinyue Li
,
Haiyong Xu
,
Gangyi Jiang
,
Mei Yu
,
Yeyao Chen
,
Ting Luo
,
Hongwei Ying
Underwater Image Quality Assessment Based on Multiscale and Antagonistic Energy.
IEEE Trans. Instrum. Meas.
73 (2024)
Yueli Cui
,
Gangyi Jiang
,
Mei Yu
,
Yeyao Chen
,
Yo-Sung Ho
Stitched Wide Field of View Light Field Image Quality Assessment: Benchmark Database and Objective Metric.
IEEE Trans. Multim.
26 (2024)
Yun Liu
,
Guanglong Liao
,
Gangyi Jiang
,
Yeyao Chen
,
Yueli Cui
,
Haiyong Xu
,
Mei Yu
Multi-exposure fused light field image quality assessment for dynamic scenes: Benchmark dataset and objective metric.
Expert Syst. Appl.
256 (2024)
Chen Wang
,
Haiyong Xu
,
Gangyi Jiang
,
Mei Yu
,
Ting Luo
,
Yeyao Chen
Underwater Monocular Depth Estimation Based on Physical-Guided Transformer.
IEEE Trans. Geosci. Remote. Sens.
62 (2024)
Zean Chen
,
Yeyao Chen
,
Mei Yu
,
Haiyong Xu
,
Gangyi Jiang
Hybrid Domain Learning towards Light Field Spatial Super-Resolution using Heterogeneous Imaging.
ICASSP
(2024)
Meisheng Guan
,
Haiyong Xu
,
Gangyi Jiang
,
Mei Yu
,
Yeyao Chen
,
Ting Luo
,
Yang Song
WaterMamba: Visual State Space Model for Underwater Image Enhancement.
CoRR
(2024)
Yeyao Chen
,
Gangyi Jiang
,
Mei Yu
,
Haiyong Xu
,
You Yang
,
Yo-Sung Ho
Learning zero-shot dense light field reconstruction from heterogeneous imaging.
Inf. Fusion
103 (2024)
Zexuan Xing
,
Haiyong Xu
,
Gangyi Jiang
,
Mei Yu
,
Ting Luo
,
Yeyao Chen
Vision graph convolutional network for underwater image enhancement.
Knowl. Based Syst.
299 (2024)
Keke Yao
,
Gangyi Jiang
,
Mei Yu
,
Yeyao Chen
,
Yueli Cui
,
Zhidi Jiang
Quality assessment for multi-exposure fusion light field images with dynamic region segmentation.
Digit. Signal Process.
154 (2024)
Panqi Jin
,
Gangyi Jiang
,
Yeyao Chen
,
Zhidi Jiang
,
Mei Yu
Perceptual Light Field Image Coding with CTU Level Bit Allocation.
CAIP (2)
(2023)
Yeyao Chen
,
Gangyi Jiang
,
Mei Yu
,
Haiyong Xu
,
Yo-Sung Ho
Learning to simultaneously enhance field of view and dynamic range for light field imaging.
Inf. Fusion
91 (2023)
Yeyao Chen
,
Gangyi Jiang
,
Mei Yu
,
Haiyong Xu
,
Yo-Sung Ho
Deep Light Field Spatial Super-Resolution Using Heterogeneous Imaging.
IEEE Trans. Vis. Comput. Graph.
29 (10) (2023)
Wei Zhang
,
Mei Yu
,
Yeyao Chen
,
Zhidi Jiang
,
Gangyi Jiang
Single-image HDR Reconstruction based on Mask-aware Convolution.
ICAIP
(2023)
Biao Wang
,
Haiyong Xu
,
Gangyi Jiang
,
Mei Yu
,
Yeyao Chen
,
Longwei Ding
,
Xuebo Zhang
,
Ting Luo
Underwater image co-enhancement based on physical-guided transformer interaction.
Displays
79 (2023)
Yeyao Chen
,
Gangyi Jiang
,
Zhidi Jiang
,
Mei Yu
,
Yo-Sung Ho
Deep Light Field Super-Resolution Using Frequency Domain Analysis and Semantic Prior.
IEEE Trans. Multim.
24 (2022)
Yeyao Chen
,
Gangyi Jiang
,
Mei Yu
,
You Yang
,
Yo-Sung Ho
Learning Stereo High Dynamic Range Imaging From A Pair of Cameras With Different Exposure Parameters.
IEEE Trans. Computational Imaging
6 (2020)
Yeyao Chen
,
Mei Yu
,
Ken Chen
,
Gangyi Jiang
,
Yang Song
,
Zongju Peng
,
Fen Chen
New Stereo High Dynamic Range Imaging Method Using Generative Adversarial Networks.
ICIP
(2019)
Yeyao Chen
,
Mei Yu
,
Gangyi Jiang
,
Zongju Peng
,
Fen Chen
End-to-end single image enhancement based on a dual network cascade model.
J. Vis. Commun. Image Represent.
61 (2019)