张兆杨 教授

办公室：延长校区行健楼1118

通信地址：上海市延长路149号159信箱

邮编：200072

电话：56331194（O），13818084168

电子邮件：zhyzhang@staff.shu.edu.cn

【学术经历】 上海大学教授、博士生导师，上海大学“信息工程研究开发”中心主任，教育部“新型显示技术及应用集成”重点实验室副主任，曾任上海大学通信与信息工程学院副院长、上海工业大学通信与电子工程系系主任；1962年毕业于西安交大无线电工程系。1995年、1997年先后到日本大阪大学和美国加州大学讲学和学术交流。

【研究领域】 图象处理，视频压缩编码与多媒体通信，数字视频与流媒体技术。

【学术成就】 先后出版著作与教材8部，其中数字电视原理于1993年获国家电子类优秀著作/教材一等奖。是我国数字电视技术、立体视频技术和工业电视应用技术的先驱研究者之一，在数字视频特技、数字电视接收及其测试、规范式模型基图象压缩编码、基于帧估计的立体视频编解码系统以及存在互遮挡的多个视频对象的自动分割提取和H.264的优化与实时实现上进行了大量的开创性研究，已发表论文100余篇、申请发明专利8项、获得省部级科技进步奖7项（二等奖2项、三等奖5项），并获中国广播电视科学技术奖1项，全国优秀教师奖和Inter优秀教师奖各1项。

【学术兼职】通信学报、上海大学学报、电视技术编委，中国电子学会广播电视技术分会副主任、消费电子技术学会副主任，上海图象图形学会多媒体通信委员会主任。

【科研项目】

目前正在进行的科研项目：

l 移动宽带视频广播传输系统及关键技术研究，国家自然科学基金，30万元，04.1-07.12，主持

l 基于压缩域的二维/三维视频对象提取研究，国家自然科学基金，26万元，06.1-08.12，主持

l H.264编解码方法的优化及其应用，国家创新基金，20万元，03.9-05.10，主持

l 基于H.264的IP机顶盒，上海文广集团，22万，04.10-05.10，主持

l 三维视频中任意形状视频对象的自动提取研究，上海市自然基金，5万元，04.11-06.11，参加

【讲授课程】

l 信号处理技术（硕士生课程）

l 数字图象压缩编码与多媒体通信（本科生课程）

【研究生培养】

l 已经和正在指导的博士后、博士生：吕朝辉、杨高波、王青海、孟蜀锴、骆艳、石旭利、许昌满、安平、史立、张颖、高磊、江涛、马然、滕国伟、张庆利、包红强、李志刚、沈礼权

l 已经和正在指导的硕士生：姜衡、王晶晶、王慧、杨贇、王栋、江涛、汤力、骆艳、王炼栋、马然、邱慰刚、陈浩、钟功铫、刘维亮、陈克亚、钟峻、蔡军、刘仁杰、马骏、张志林、吴彩琴、席科文、黄谷波、李先、李东兴、周吉岷、周德仁、杨乘达、赵坚勇、陈佑铭、李军、王新宇、庄玲玲、刘海鹰、曹锟、宁佐武

【代表性论著】

1． Extended application of scalable video coding methods, Lecture Notes in Computer Science, 2005.9

2． 一种基于H.264/AVC的帧间模式快速判决算法，光电子.激光，Vol.16, No.7, 866-870, 2005.7

3． 基于时空曲线演化的多视频运动对象分割算法，电子学报，Vol.33, No.1, 181-185, 2005.1.

4． Real-time streaming and robust streaming H.264/AVC video, IEEE ICIG’04, 2004.12, Hong Kong.

5． An adaptive frame skipping VOP interpolation algorithm for video object segmentation, Chinese Journal of Electronics, Vol.13, No.3, 453-458, 2004.7.

6． Intermediate view synthesis and from stereoscopic videoconference images, Lecture Notes in Computer Science, No.3046, 2004.5.

7． 一种基于运动对象的形状编码新算法，电子学报，Vol.32, No.1, 42-45, 2004.1.

8． 一种基于立体视邻接帧时空相关性的最小代价函数帧估计算法，电子学报，Vol.31, No.10, 2003.10.

9． Video object segmentation for head-shoulder sequences in the cellular neural networks architecture, Real-Time Imaging, No.3, 171-178, 2003.9.

10． Modified intelligent scissors and video decomposing for video object segmentation, IEE. Electronics Letter, Vol.39, No.15, 1113-1115, 2003.7.

11． A new shape-coding algorithm by wavelet transform, Journal of Systems Engineering and Electronics, Vol.14, No.2, 69-73, 2003.4.

12． 应用分层MRF/GRF模型的立体图像视差估计及分割，电子学报，Vol.31, No.4, 597-601, 2003.4.

13． Stereo video coding based on frame estimation and interpolation, IEEE Trans. On Broadcasting, Vol.49, No.1, 14-21, 2003.3.

14． Wavelet-based mixed-resolution coding approach incorporating with SPT for the stereo image, Journal of Systems Engineering and Electronics, Vol.12, No.3, 39-44, 2001.5.

15． 数字电视原理，科学出版社，1989.

16． 数字电视演播中心，上海工业大学出版社，1987.

17． 工业电视（上/下册），科学出版社，1982/1983.

18． 工业电视摄像机，国防工业出版社，1982.







Zhang Zhao-yang Professor

Office: Xing Jian Building 1118 Room

Address: 149 Yan Chang Road, Shanghai, China

Post Code: 200072

Tel: 56331194（O），13818084168

Email: zhyzhang@staff.shu.edu.cn

【Learning History】 He is currently a professor and Ph.d. supervisor of Shanghai University; He also is head of the “Information Engineering Research and Development center” and vice-director of prior to his current appointment he was vice-director of school of Communication and Information Engineering at the University of Shanghai, and head of the Electronic and Information Engineering Department at Shanghai University of Technology. He graduated from the Department of Wireless Electronic Engineering, Xi’an Jiaotong University, in 1962.

【Research Domains】 Image Processing; Video Compression and Multimedia Communication; Digital video and streaming Technique.

【Learning Successes】 He has published 8 books, in which “Digital Television Principle” won the state’s Award for excellent teaching book. He developed the first domestic made digital video specific effect system in 1990, and proposed video coding based on image edge model, stereo video coding based on frame estimation and so on. In these fields, he won 7 awards for the advancement of science and technology at Shanghai and Electronic ministry (second grade award 2 terms and third grade award 5 terms), and published 100 papers in journals and International proceedings of conferences.

【Other Professional Position】

Journal of Communication, Member of editorial committee.

Television Technique, Member of editorial committee.

Journal of Shanghai University, Member of editorial committee.

Chinese Institute of Electronics, Broadcasting and Television Technic branch, vice director.

Institute of Consumer Electronics, vice director.

Shanghai Institute of Image and Graph, Multimedia Communication Branch, director.

【Scientific Research Projects】

Research Projects in process of study：

l Mobile wideband video broadcasting transmission system and key problems, National Nature Science Foundation of China, ￥300000, 04.1-07.12, manager.

l The extraction of 2D/3D video objects in video compressed domain，National Nature Science Foundation of China, ￥260000，06.1-08.12，manager.

l Optimization and application for H.264 codic, SVA Group, ￥200000，03.9-05.10，manager.

l IP-STB of digital video based on H.264，Shanghai Broadcasting Laborator，￥220000，04.10-05.10，manager.

l Auto-extraction of arbitrary shape video objects in three-dimensional video, Shanghai Nature Science Foundation , ￥50000, 04.11-06.11, member.

【Teaching Courses】

l Signal Processing（Master’s Course）

l Digital Image Compression and Multimedia Communication（Bachelor’s Course）

【Graduate Training】

l Instructed and instructing Ph.D posters and students: Lu Zhao-hui, Yang Gao-bo, Wang Qing-hai, Meng Shu-kai, Luo Yan, Shi Xu-li, Xu Chang-man, An Ping, Shi Li, Zhang Ying, Gao Lei, Jiang Tao, Ma Ran, Teng Guo-wei, Zhang Qing-li, Bao Hong-qiang, Li Zhi-gang, Shen Liquan.

l Instructed and Instructing M.D. Students: Jiang Heng, Wang Jing-jing, Wang Hui, Yang Yun, Wang Dong, Jiang Tao, Tang Li, Luo Yan, Wang Lian-dong, Ma Ran, Qiu Wei-gang, Chen Hao, Zhong Gong-yao, Liu Wei-liang, Chen ke-ya, Zhong Jun, Cai Jun, Liu Ren-jie, Ma Jun, Zhang Zhi-lin, Wu Cai-qin, Xi Ke-wen, Huang Gu-bo, Li Xian, Li Dong-xin, Zhou Ji-ming, Zhou De-ren, Yang Cheng-da, Zhao Jian-yong, Chen You-ming, Li Jun, Wang Xin-yu, Zhuang Ling-ling, Liu Hai-ying, Cao Kun, Ning Zuowu.

【Representative Papers and Books】

1. Extended application of scalable video coding methods, Lecture Notes in Computer Science, 2005.9

2. Fast mode decision algorithm in inter pictures based on H.264/AVC, Journal of Optoelectronics-Laser, Vol.16, No.7, 866-870, 2005.7

3. Multiple video object segmentation based on spatio-temporal curve evolution, ACTA ELECTRONICA SINCA, Vol.33, No.1, 181-185, 2005.1

4. Real-time streaming and robust streaming H.264/AVC video, IEEE ICIG’04, 2004.12, Hong Kong.

5. Multiple Video Object Segmentation based on spatio-temporal curve evolution, ATCA Electronica SINICA, Vol.32, No.12, 2004.12.

6. An adaptive frame skipping VOP interpolation algorithm for video object segmentation, Chinese Journal of Electronics, Vol.13, No.3, 453-458, 2004.7.

7. Intermediate view synthesis and from stereoscopic videoconference images, Lecture Notes in Computer Science, No.3046, 2004.5.

8. A new motion-object-based shape coding algorithm，ATCA Electronica SINICA, Vol.32, No.1, 42-45, 2004.1.

9. A Smallest Cost Function Frame Estimation Algorithm based on Spatial-temporal Correlation in Neighboring Frames of Stereoscopic Sequences，ATCA Electronica SINICA, Vol.31, No.10, 2003.10.

10. Video object segmentation for head-shoulder sequences in the cellular neural networks architecture, Real-Time Imaging, No.3, 171-178, 2003.9.

11. Modified intelligent scissors and video decomposing for video object segmentation, IEE. Electronics Letter, Vol.39, No.15, 1113-1115, 2003.7.

12. A new shape-coding algorithm by wavelet transform, Journal of Systems Engineering and Electronics, Vol.14, No.2, 69-73, 2003.4.

13. Hierarchical MRF/GRF model based disparity estimation and segmentation for stereo images, ATCA Electronica SINICA, Vol.31, No.4, 597-601, 2003.4.

14. Stereo video coding based on frame estimation and interpolation, IEEE Trans. On Broadcasting, Vol.49, No.1, 14-21, 2003.3.

15. Wavelet-based mixed-resolution coding approach incorporating with SPT for the stereo image, Journal of Systems Engineering and Electronics, Vol.12, No.3, 39-44, 2001.5.

16. Digital Television Principle, Scientific Published House, 1989.

17. Digital Television Studio-Centre, Published by Shanghai University of Technology Press, 1987.

18. Application Television(Vol.1 / Vol.2)，1982/1983.

19. Industrial Television Camera, National Defence Industry Press, 1982.