Hui-Huang Zhao (赵辉煌) [中文]
Professor and Graduate Supervisor
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I received my Ph.D. degree in 2010 from XiDian University(advised by Prof. De-Jian Zhou). I am currently an Associate Professor (Graduate Supervisor) and the leader of Institute of Intelligent Computing and Graphic & Image Processing, Hengyang Normal University, Hengyang, Hunan, China. My current research interests include Computer Vision, Compressive Sensing and Machine Learning.
2017.10 - 2018.10,Cardiff University,School of Computer Science & Informatics,Postdoctoral fellow,Superviser Prof.Paul Rosin and Dr.Yukun Lai
2016.07 - 2017.07, Cardiff University,School of Computer Science & Informatics,Academic Visitor, Superviser Prof.Paul Rosin
2015.07 - 2015.09,Institute of Automation, Chinese Academy of Sciences ,National Laboratory of Pattern Recognition ,Visiting Fellow, Superviser Prfo.Xiao-Peng Zhang
2012.08 - 2013.02, University of Texas Rio Grande Valley,College of Engineering & Computer Science,Visiting Scholor,Superviser Prof.Bin Fu
2011.10 - 2015.05,Hunan University,College of Electrical and Information Engineering ,Postdoctoral fellow,Superviser Prof.Yao-Nan Wang(Member of the Chinese Academy of Engineering)
1. Industry University Research Innovation Foundation of Ministry of Education Science and Technology Development Center, No.2020QT09, 2020.09-2022.9, PI; |
2. Natural Science Foundation of Hunan, No.2020JJ4152, 2020.01-2022.12, PI; |
3. Key Scientific Research Fund of Hunan Provincial Education Department, Key Project, No.18A333, 2019.01-2021.12, PI; |
4 National Natural Science Foundation of China, Youth Project, No.61503128, 2016.01-2018.12, PI; |
5 National Natural Science Foundation of China, Youth Project, No.61502152, 2016.01-2018.12, Main Participant; |
6 Scientific Research Fund of Hunan Provincial Education Department, General Project, No.14B025, 2014.09-2017.09, PI; |
7 Open Projects Program of National Laboratory of Pattern Recognition, General Project, No.201407330, 2015.01-2016.12, PI; |
8 Natural Science Foundation of Hunan, Youth Project, No.12JJ4058, 2011.09-2014.09, PI; |
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Imagery Overlap Block Compressive Sensing with Convex Optimization
Zhao H*,Zhang L, Rosin P L,Wang, Y., IEEE Transactions on Intelligent Transportation Systems,DOI:10.1109/TITS.2024.3376455.2024 [Code] |
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HairManip: High quality hair manipulation via hair element disentangling
Zhao H*,Zhang L, Rosin P L,Wang, Y., Pattern Recognition,2023: 110132. [Code] |
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TellMeTalk: Multimodal-driven talking face video generation
Li P.,Zhao H.,*,Liu Q, et al. Computers and Electrical Engineering:2024, 114: 109049 [Code] |
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A CLIP-based Approach to text-guided style transfer
Wu Y.,Zhao H.*,Chen W, et al. Computers & Graphics:2024: 103887. [Code] |
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CBA-GAN: Cartoonization style transformation based on the convolutional attention module
Zhang F.,Zhao H.*,Li Y, et al Computers and Electrical Engineering:2023, 106: 108575. [Code] |
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VStyclone: Real-time Chinese voice style clone
Wu Y.,Zhao H.*,Liang X, et al Computers and Electrical Engineering:2023, 105: 108534. [Code] |
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Sketch to portrait generation with generative adversarial networks and edge constraint
Liu, Q.,Huihuang Zhao*,Wang, Y., Zhang, F., Ramasamy M.,Zhijun Qiao Computers and Electrical Engineering:2021,95(10), 107338. [Code] |
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Human Face Sketch to RGB Image with Edge Optimization and Generative Adversarial Networks
Feng Zhang,Huihuang Zhao*,Wang Ying, Qingyun Liu, Alex Noel Joseph Raj and Bin Fu Intelligent Automation and Soft Computing:2020,26(4):1391-1401. [Code] |
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Audio Style Transfer Using Shallow Convolutional Networks and Random Filters
Jiyou Chen1, Gaobo Yang, Huihuang Zhao*,Manimaran Ramasamy Multimedia Tools and Applications: 2020. 79:5043–15050. [Code] |
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Portrait Style Transfer using Deep Convolutional Neural Networks and Facial Segmentation
Huihuang Zhao*,Jing-hua Zheng, Yao-nan Wang, Xiao-fang Yuan and Yuhua Li Computers and Electrical Engineering: 2020.106655. [Code] |
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Image Neural Style Transfer with Global and Local Optimization Fusion
Huihuang Zhao*, Paul Rosin , Yukun Lai ,Mu-Gang Lin , Qin-Yun Liu IEEE Access: 2019, 10.1109/ACCESS.2019.2922554 [Code] |
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Automatic Semantic Style Transfer using Deep Convolutional Neural Networks and Soft Masks
Huihuang Zhao*, Paul Rosin , Yukun Lai The Visual Computer: 2019. [Code] |
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Block Compressive Sensing for Solder Joint Images with Wavelet Packet Thresholding
Huihuang Zhao*, Paul Rosin and Yukun Lai Transactions on Components, Packaging and Manufacturing Technology: 2019 [DOI] [Code] [data A] [data B] |
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Multiple Classifiers Fusion and CNN Feature Extraction for Handwritten Digits Recognition |
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Adaptive Gradient-based Block Compressive Sensing with Sparsity for Noisy Images
Huihuang Zhao*, Paul Rosin , Yukun Lai , Jinhua Zheng and Yaonan Wang Multimedia Tools and Applications: 2019. [Code] |
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Automated visual detection system of glass bottle bottom with improved saliency detection and template matching
Xianen Zhou, Yaonan Wang, Changyan Xiao, Qing Zhu, Lu Xiao, Hui Zhang, Ji Ge and Huihuang Zhao IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT (TIM): 2019 |
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Algebraic fusion of multiple classifiers for handwritten Digits recognition
Huihuang Zhao and Han Liu The International Conference on Machine Learning and Cybernetics (ICMLC): 2018.7,China, Chengdu [DOI] [Code] |
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Multi-task feature selection for advancing performance of image segmentation
Han Liu and Huihuang Zhao* The International Conference on Machine Learning and Cybernetics (ICMLC): 2018.7,China, Chengdu [DOI] [Code] |
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Compressive Sensing for Noisy Solder Joint Imagery Based on Convex Optimization
Huihuang Zhao*, Jianzhen Chen, Shibiao Xu , Ying Wang, Zhijun Qiao Soldering & Surface Mount Technology: 2016 ,28(2):114-122 [DOI] [Code] |
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Gradient-based compressive sensing for noise image and video reconstruction
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Compressive Sensing for Noisy Video Reconstruction
Huihuang Zhao*, John Montalbo, Shuxia Li, Yaqi Sun, and Zhijun Qiao SPIE Defense, Security, and Sensing , Baltimore, Maryland, United States,2015. [DOI] [Code] |
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Solder joint imagery compressing and recovery based on compressive sensing
Huihuang Zhao*, Yaonan Wang , Zhijun Qiao and Bin Fu Soldering & Surface Mount Technology, 2014, 26(3):129-138 [DOI] [Code] |
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一种改进的微电子组装焊点三维重构算法
赵辉煌*,王耀南 , 孙雅琪,魏书堤, 焊接学报, 第35卷,第8期,pp,30-36,2014. |
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基于小波包变换与自适应阈值的SMT焊点图像混合噪声去除
赵辉煌*,周德俭,吴兆华. 焊接学报, 第32卷,第11期,pp,73-76,2011. |
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Research of the SMT Product Character Segmentation Based on Contour Feature
Huihuang Zhao*, ZHOU Dejian, XU Yuming Journal of Advanced Materials Research, 2011. Vol.201-204:2019-2022 |
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SMT片式元件焊点三维质量信息提取技术研究
赵辉煌*,周德俭,黄春跃. 计算机集成制造系统, 第16卷,第8期,pp,1714-1719,2010. |
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一种改进灰度重构形状光照模型及其实现
赵辉煌*,周德俭,黄春跃. 计算机集成制造系统, 第15卷,第10期,pp,1951-1955,2009. |
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基于改进光照模型由SFS方法重构SMT焊点三维形状技术
赵辉煌*,周德俭,黄春跃. 焊接学报 第30卷,第11期,pp,77-81,2009. |
TCPMT ; | Applied Soft Computing; | IEEE Signal Processing Letters ; |
Computers & Electrical Engineering ; | The Visual Computer ; | Multimedia Tools and Applications |
Granular Computing ; | ||
IEEE Member | Member of Hunan Society of Artificial Intelligence Council |
General Co-Chair: CEnet 2019 |