Dr. Haijiang Zhu

Editor:College of Information Science and Technology Time:2024-10-11

Professor, PhD Supervisor,

Department of Automation

Email: zhuhj@ buct.edu.cn

Background                                                                  

Professor ZHU majored in Pattern Recognition and Intelligent Systems doctor's degree in June 2004. Later in July 2004, he joined into College of Information and Science Technology in Beijing University of Chemical Technology. Automation Department

 Areas of Research of Expertise

  • Computer Vision

  • Image and Signal Processing

Teaching                                             

 Undergraduate Teaching

  • Modern Control Theory

 Postgraduate Teaching

  • Computer Vision

Research                                                

 Funded Research Projects

 Funded Research Projects

The National Natural Science Foundation of China:

  • Research on fish eye camera location method based on spherical geometry invariant

National Key R&D Program of China:

  • Research on Key Technologies of Underwater Detection Network and Target Perception Value Traceability

Five Representative Publications                                           

  1.  Y. Liu, H. Zhu*, M.Liu, et.al. Rolling-Unet: Revitalizing MLP’s Ability to Efficiently Extract Long-Distance Dependencies for Medical Image Segmentation. Proceedings of the AAAI Conference on Artificial Intelligence (CCF-A类会议),2024,38(4), 3819-3827.

  2.  Z. Chen, H. Zhu*, Y.Liu, et.al. MSCA-UNet: multi-scale channel attention-based UNet for segmentation of medical ultrasound images,Cluster Computing (SCI), 2024, p.1-18.

  3.  H. Yu, H. Zhu*, F.Huang. Visual Simultaneous Localization and Mapping (SLAM) Based on Blurred Image Detection. Journal of Intelligent & Robotic Systems (SCI)2021, 103(1).

  4.  S. Wang, H. Zhu, H. Li, Y. Wu. Relative Pose Calibration Between a Range Sensor and a Camera Using Two Coplanar Circles, ACTA AUTOMATICA SINCA,2020,(6):1154-1165.

  5.  M. Yang, Y. Wang , C. Cai, Z. Liu, H. Zhu, S. Zhou. Monocular vision-based low-frequency vibration calibration method with correction of the guideway bending in a long-stroke shaker. Optics Express (SCI), 2019, 27(11): 15968-15981.