下载地址：CCBR2019program.pdf
2019 年 10 月 11 日，星期五 Friday, October 11, 2019
9:00 - 21:00 |
会议签到、注册 地点： 延年广场酒店大厅 |
Registration Venue: Venue: Yannian Plaza Hotel Lobby |
14:00-17:00 |
讲习班 主题： 人脸识别中的安全问题 地点： 延年广场酒店14楼多功能厅 主持人： 董晶 副研究员，中国科学院自动化研究所 |
Tutorial Topic: Security issues in face recognition Venue: Yannian Plaza Hotel Functional Conference Hall on 14th Floor Chair: Jing Dong, Associate Professor of Chinese Academy of Sciences (CASIA) |
2019 年 10 月 12 日，星期六 Saturday, October 12, 2019
地点： 延年广场酒店14楼多功能厅 Venue: Yannian Plaza Hotel Functional Conference Hall on 14th Floor
8:00-18:00 |
会议签到、注册 |
Registration |
9:00-9:30 |
开幕式 主持人： 张昌凡 教授，湖南工业大学副校长 欢迎致辞：谭益民 教授，湖南工业大学党委书记 大会组织报告：朱文球 教授，湖南工业大学人工智能学院执行副院长 合影 |
Opening Ceremony Host: Changfan Zhang, Executive Vice President of Hunan University of Technology Welcome Speech: Yimin Tan, Secretary of CPC Committee of Hunan University of Technology Organization Report: Wenqiu Zhu, Executive Vice President, College of Artificial Intelligence, Hunan University of Technology Group Photo |
9:30-10:30 |
特邀报告1： 生物特征识别的最新进展和未来方向 报告人： 谭铁牛 研究员，中国科学院自动化研究所 主持人： 刘扬 教授，湖南工业 大学校长 |
Keynote Speech 1: Recent Advances and Future Directions of Biometric Recognition Speaker: Tieniu Tan, Professor of Institute of Automation, Chinese Academy of Sciences (CASIA) Chair： Yang Liu, President of Hunan University of Technology |
10:30-10:50 |
茶歇 |
Coffee Break |
10:50-11:50 |
论文口头报告1： 面部生物特征识别 主持人： 唐云祁 副教授，中国公安大学 |
Oral Session 1: Facial biometric recognition Chair： Yunqi Tang, Associate Professor of Chinese People's Public Security University |
12:00-13:30 |
午餐 地点： 酒店16楼餐厅 |
Lunch: : Canteen on 16th Floor |
13:30-14:30 |
特邀报告2： 有效性和可解释性兼具的生物特征识别 报告人： C.-C. Jay Kuo 教授，美国南加州大学 主持人： 孙哲南 研究员，中国 科学院自动化研究所 |
Keynote Speech 2: Towards Effective and Explainable Biometrics Speaker: C.-C. Jay Kuo, Professor of University of Southern California Chair： Zhenan Sun, Professor of Institute of Automation, Chinese Academy of Sciences (CASIA) |
14:30-15:30 |
论文口头报告2： 手部生物特征识别 主持人： 库尔班·吾布力 教授， 新疆大学 |
Oral Session 2: Hand biometric recognition Chair： Kurban Ubul, Professor of Xinjiang University |
15:30-15:50 |
茶歇 |
Coffee Break |
15:50-16:50 |
墙报论文展示 1： 面部生物特征识别 |
Poster Session 1: Facial biometric recognition |
16:50-17:50 |
墙报论文展示 2： 手部生物特征识别 |
Poster Session 2: Hand biometric recognition |
18:00-20:00 |
晚宴及颁奖仪式 地点： 酒店14楼多功能厅 |
Banquet & Awarding Ceremongy Venue: Functional Conference Hall on 14th floor |
2019 年 10 月 13 日，星期日 Sunday, October 13, 2019
地点： 延年广场酒店14楼多功能厅 Venue: Yannian Plaza Hotel Functional Conference Hall on 14th floor
9:00-10:00 |
特邀报告3： 生物特征识别的未来之路 报告人： Mark Nixon 教授，英国南安普敦大学 主持人： 方昱春 副研究员，上 海大学 |
Keynote Speech 3: A Future of Biometrics Speaker: Mark Nixon, Professor of University of Southampton Chair： Yuchun Fang, Associate Professor of Shanghai University |
10:00-10:20 |
茶歇 |
Coffee Break |
10:20-11:20 |
论文口头报告3：行为生物特征识别 主持人： 王伟 副研究员，中国 科学院自动化研究所 |
Oral Session 3: Behavioral biometric recognition Chair： Wei Wang, Associate Professor of Automation, Chinese Academy of Sciences (CASIA) |
11:20-12:20 |
墙报演示论文3：行为生物特征识别 |
Poster Session 3: Behavioral biometric recognition |
12:30-14:00 |
午餐 地点： 酒店16楼餐厅 |
Lunch: : Canteen on 16th Floor |
14:00-15:00 |
特邀报告4：人脸识别真的足够安全吗？ 报告人： Pong C Yuen 教授，香港浸会大学 主持人： 张啸云 博士，湖南工业大学 |
Keynote Speech 4: Is Face Recognition Secure? Speaker: Prof. Pong C Yuen, Hong Kong Baptist University Chair： Dr. Xiaoyun Zhang, Hunan University of Technology |
15:00-16:00 |
论文口头报告4： 新兴生物特征识别 主持人： 杨公平 教授，山东大学 |
Oral Session 4: Emerging biometric recognition Chair： Gongping Yang, Professor of Shandong University |
16:00-16:20 |
茶歇 |
Coffee Break |
16:20-17:20 |
墙报论文展示 4： 眼部和新兴生物特征识别 |
Poster Session 4: Eye and Emerging biometric recognition |
17:30-18:00 |
大会闭幕式 主持人： 朱文球 教授，湖南工业大学人工智能学院执行副院长 闭幕致辞： 孙哲南 研究员，中国科学院自动化研究所 |
Closing Ceremony Host: Wenqiu Zhu, Executive Vice President, College of Artificial Intelligence, Hunan University of Technology Closing Speech: Zhenan Sun, Professor of Institute of Automation, Chinese Academy of Sciences (CASIA) |
论文口头报告 1：面部生物特征 Oral Session 1: Facial Biometrics
79 |
Yukun Ma, Yaowen Xu, Lifang Wu, Tao Xu and Xin Zhao |
Face Motion Deblurring Method Based on Multi-Step Spiral Approximation |
59 |
Yongliang Zhang, Xiaoxiao Qian, Zhongsu Luo, Keyi Zhu and Minjun Yu |
Long Range Pupil Location Algorithm Based on the Improved Circle Fitting Method |
2 |
Guang Huo, Qi Zhang, Huan Guo, Wenyu Li and Yangrui Zhang |
Multi-source heterogeneous iris recognition using Locality Preserving Projection |
论文口头报告 2 ：手部生物特征识别 Oral Session 2 ： Hand Biometrics
14 |
Zhanchun Qiu, Lunke Fei, Shaohua Teng, Wei Zhang, Dongning Liu, Yan Hou and Wei Jia |
Local Discriminative Direction Extraction for Palmprint Recognition |
53 |
Meng Zhang, Jianjiang Feng and Jie Zhou |
Fingerprint Presentation Attack Detection via Analyzing Fingerprint Pairs |
66 |
Lu Yuting, Tu Mo, Wang Hao, Zhao Junhong and Kang Wenxiong |
Finger Vein Recognition Based on Double-Orientation Coding Histogram |
论文口头报告 3 ： 行为生物特征 Oral Session 3 ： Behavioral Biometrics
5 |
Xinhui Wu, Shiqi Yu and Yongzhen Huang |
Multiscale Temporal Network for Video-based Gait Recognition |
30 |
Tongtong Guo, Jianhuang Lai, Zhan-Xiang Feng, Xiaohua Xie, Zeyu Chen and Weishi Zheng. |
Low-resolution Person Re-identification By a Discriminative Resolution-invariant Network |
36 |
Quan Zhang, Haijie Cheng, Jianhuang Lai and Xiaohua Xie. |
DHML: Deep Heterogeneous Metric Learning for VIS-NIR Person Re-identification |
论文口头报告 4 ：新兴生物特征 Oral Session 4 ： Emerging Biometrics
38 |
Tengfei Zhao, Haigang Zhang, Yutao Zhang and Jinfeng Yang. |
X-Ray Image With Prohibited Items Synthesis Based on Generative Adversarial Network |
11 |
Qinghua Zhao, Zakir Ali, Jianfeng Lu and Hichem Metmer. |
Structure Feature Learning: Constructing Functional Connectivity Network for Alzheimer’s disease Identification and Analysis |
71 |
Taifeng Tan, Xin Wang, Yuchun Fang and Wei Zhang |
The Impact of Data Correlation on Identification of Computer-Generated Face Images |
墙报论文展示 1 ：面部生物特征 Poster Session 1 ： Facial Biometrics (15篇)
69 |
Wei Liu, Lintai Wu, Yong Xu and Dan Wang |
Deep Residual Equivariant Mapping for Multi-Angle Face Recognition |
49 |
Xiehe Huang and Weihong Deng |
AdaptiveNet: Toward an Efficient Face Alignment Algorithm |
17 |
Kailun Zhong, Yi Li, Li Fang and Ping Chen |
Cross-dimension Transfer Learning for Video-based Facial Expression Recognition |
73 |
Jie Li, Qijun Zhao and Zhengxi Liu |
Exploring Shape Deformation in 2D Images for Facial Expression Recognition |
39 |
Luyan Chen and Weihong Deng |
Facial attractiveness prediction by Deep Adaptive Label Distribution Learning |
41 |
Huan Liang, Jiani Hu and Weihong Deng |
Local Directional Amplitude Feature for Illumination Normalization with Application to Face Recognition |
46 |
Zehao Yang, Hao Xiong, Xiaolang Chen, Hanxing Liu, Yingjie Kuang and Yuefang Gao |
Dairy Cow Tiny Face Recognition Based on Convolutional Neural Networks |
72 |
Xiaoning Liu, Shanghao Zhao, Shixiong Wang, Yunpeng Jing and Jun Feng |
Reconstructed Face Recognition |
75 |
Pengfei Li and Qijun Zhao |
A Two-Stage Method for Assessing Facial Paralysis Severity by Fusing Multiple Classifiers |
76 |
Jingtian Xia, Yan Tang, Xi Jia, Linlin Shen and Zhihui Lai |
Latnet Spatial Features Based on Generative Adversarial Networks for Face Anti-spoofing |
60 |
Shanghao Zhao, Xiaoning Liu, Shixiong Wang, Yunpeng Jing and Jun Feng |
Similarity Measurement between Reconstructed 3D Face and 2D Face based on Deep Learning |
8 |
Xiangde Zhang, Bin Zheng, Yuanjie Li and Lianping Yang |
Real-time Face Occlusion Recognition Algorithm Based on Feature Fusion |
27 |
Rongsheng Wang, Jinzhao Tian and Changlong Jin |
Joint Face Detection and Alignment Using Focal Loss-based Multi-task Convolutional Neural Networks |
37 |
Yigan Li and Zhaohui Wang |
A Face Recogntion Workflow Based upon Similarity Measurement |
50 |
Xiangyang Zhai, Yuqing He, Qian Zhao and Yutong Ding |
106-Point Facial Landmark Localization with Mobile Networks Based on Regression |
墙报论文展示 2: 手部生物特征 Poster Session 2: Hand Biometrics (10篇)
35 |
Junying Gan, Ling Qi, Zhenfeng Bai and Li Xiang |
Fingerprint Classification Based on Lightweight Neural Network |
3 |
Haozhe Liu, Wentian Zhang, Feng Liu and Yong Qi |
3D Fingerprint Gender Classification Using Deep Learning |
16 |
Junying Zeng, Yao Chen, Chuanbo Qin, Fan Wang, Junying Gan, Yikui Zhai and Boyuan Zhu |
A Novel Method for Finger Vein Recognition |
68 |
Yongliang Zhang, Minghua Gao, Xiaosi Zhan, Yifan Wu and Shengyi Pan |
Rolled Fingerprint Mosaicking Algorithm Based on Block Scale |
28 |
Yumeng Wang, Xiangwen Kong, Rongsheng Wang, Changlong Jin and Hakil Kim |
Study and Realization of Partial Fingerprint Mosaicking Technology for Mobile Devices |
52 |
Chang Liu, Wenxiong Kang, Linpu Fang and Ningxin Liang |
Authentication System Design Based On Dynamic Hand Gesture |
25 |
Qi Yuan, Jun Wan, Chi Lin, Yunan Li, Qiguang Miao, Stan Z. Li, Lihua Wang and Yunxiang Lyu |
Global and Local Spatial-Attention Network for Isolated Gesture Recognition |
62 |
Guoqin Peng and Dan Xu |
Weakly Supervised Learning of Image Emotion Analysis Based on Cross-spatial Pooling |
45 |
Wenli Song, Lei Zhang and Jingru Fu |
Embarrassingly Easy Zero-Shot Image Recognition |
9 |
Xinsheng Xuan, Bo Peng, Wei Wang and Jing Dong |
On the Generalization of GAN Image Forensics |
墙报论文展示 3：行为生物特征 Poster Session 3: Behavioral Biometrics (9篇)
42 |
Zhenchuan Zhang, Liming Zhou, Yingchun Yang and Zhaohui Wu |
Teager Energy Operator based Features with x-vector for Replay Attack Detection |
63 |
Wei Ni, Quhua Rao and Dingti Luo |
Video Human Behaviour Recognition Based on Improved SVM KNN for Traceability of Planting Industry |
57 |
Qin Guo, Cuixia Zeng, Xiaofei Deng |
Application of Unscented Kalman Filter in Tracking of Video Moving Target |
10 |
Hongsheng Wang, Yang Yang, Shengcai Liao, Zhen Lei and Dong Cao |
Similarity Scores based Re-Classification for Open-Set Person Re-Identification |
29 |
Hui Tang, Zhenchun Lei, Zhongying Huang, Hailin Gan, Kun Yu and Yingen Yang |
The GMM and I-vector Systems Based on Spoofing Algorithms for Speaker Spoofing Detection |
15 |
Yongming Zhang, Shifeng Zhang, Chubin Zhuang and Zhen Lei |
Feature Enhancement for Joint Human and Head Detection |
54 |
Yanwen Sun, Gongping Yang, Yuwen Huang, Kuikui Wang and Yilong Yin |
Learning Discriminative Representation for ECG Biometrics Based on Multi-Scale 1D-PDV |
47 |
Long-Fei Mo, Mahpirat Mamat, Ya-Li Zhu, Hornisa Mamat and Kurban Ubul |
Off-line handwritten signature recognition based on discrete curvelet transform |
51 |
Heng Jiang, Mengjing Yang, Zhongliang Mi and Yunqi Tang |
Research on automatic classification method of footwear under low resolution condition |
墙报论文展示 4：眼部和新兴的生物特征识别 Poster Session 3: Eye and Emerging Biometrics (10篇)
4 |
Qixian Zhang, Xiaodong Zhu, Yuanning Liu, Hao Zhang, Guang Huo, Guangyu Wang, Shuai Liu and Chaoqun Wang |
Iris Recognition Based on Adaptive Optimization Log-Gabor Filter and RBF Neural Network |
23 |
Yiheng Cai, Yuanyuan Li, Xurong Gao and Yajun Guo |
Retinal vessel segmentation method based on improved deep U-net |
70 |
Huanwei Liang, Zilong Chen, Hui Zhang, Jing Liu, Xingguang Li, Lihu Xiao and Zhaofeng He |
Multi-pyramid Optimized Mask R-CNN for Iris Detection and Segmentation |
1 |
Shuai Liu, Yuanning Liu, Xiaodong Zhu, Hao Zhang, Guang Huo, Guangyu Wang, Jingwei Cui, Xinlong Li, Zukang Wu and Zhiyi Dong |
Constrained Sequence Iris Quality Evaluation Based on Causal Relationship Decision Reasoning |
67 |
Xiao Wang, Hui Zhang, Jing Liu, Lihu Xiao, Zhaofeng He, Liang Liu and Pengrui Duan |
Iris Image Super Resolution based on GANs with Adversarial Triplets |
51 |
Xiangde Zhang, Runan Zhou, Xiangyue Meng and Qi Wang |
SDItg-Diff: Noisy Iris Localization based on Statistical Denoising |
61 |
Ying Chen, Zhuang Zeng and Fei Hu |
End to end robust recognition method for iris using a dense deep convolutional neural network |
44 |
Ang Wei, Yuxuan Zhao and Zhongmin Cai |
A Deep learning Approach to Web Bot Detection Using Mouse Behavioral Biometrics |
65 |
Mumtaz Ali, Xiaosen Wang and Kun He |
Multi-task Deep Learning for Child Gender and Age Determination on Hand Radiographs |
19 |
Mengjing Yang, Heng Jiang and Yunqi Tang |
Shoe Pattern Recognition:A Benchmark |
提示：会议时间均为北京时间
Note: Beijing Time (UTC+8)