LDR Image to HDR Image Mapping with Overexposure Preprocessing. - Yongqing Huo; Fan Yang 019; Vincent Brost; Bo Gu (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2013)

Physiological inverse tone mapping based on retina response. - Yongqing Huo; Fan Yang 019; Le Dong; Vincent Brost (Vis. Comput., 2014)

HDR image generation from LDR image with highlight removal. - Yongqing Huo; Fan Yang 019; Chao Li 005 (ICME Workshops, 2015)

High-dynamic range image generation from single low-dynamic range image. - Yongqing Huo; Fan Yang 019 (IET Image Process., 2016)

CRF estimation based HDR image generation method. - Yongqing Huo; Xudong Zhang (ICME Workshops, 2017)

Single image-based HDR image generation with camera response function estimation. - Yongqing Huo; Xudong Zhang (IET Image Process., 2017)

Hdr Image Reconstruction using Locally Weighted Linear Regression. - Xiaofen Li; Yongqing Huo (ICME Workshops, 2018)

A Security Steganography Scheme Based On HDR Image. - Wei Gao; Yongqing Huo; Yan Qiao (VSIP, 2019)

High dynamic range image forensics using cnn. - Yongqing Huo; Xiaofeng Zhu 001 (CoRR, 2019)

High Capacity Steganography on Float-Point Number with Single Precision. - Yongqing Huo; Yan Qiao; Wei Gao (VSIP, 2020)

Single Exposure High Dynamic Range Image Reconstruction Based on Deep Dual-Branch Network. - Nianjin Ye; Yongqing Huo; Shuaicheng Liu; Hanlin Li (IEEE Access, 2021)

A video anomaly detection method based on percentile loss training and attention mechanism. - Na Du; Yongqing Huo; Da Wang (Displays, 2022)

Multi-exposure high dynamic range imaging based on LSGAN. - Yongqing Huo; Jing Gan; Wenke Jiang (Displays, 2024)

Ghost-free multi-exposure high dynamic range imaging based on feedback network. - Jing Gan; Yongqing Huo (Vis. Comput., 2024)

A deep learning-based steganography method for high dynamic range images. - Yongqing Huo; Yan Qiao; Yaohui Liu (Vis. Comput., 2024)

ODE-DSN: A surrogate model for dynamic stiffness in microscopic RVE problems under nonuniform time-step strain inputs. - Kai Xie; Yongqing Huo; Zhongxin Li; Zhilin Wu (J. Comput. Des. Eng., 2025)