In 2008, Tao Rong obtained a bachelor's degree from the School of Bioscience and Medical Engineering of Southeast University. In 2015, she received an honorary doctorate from the University of Kansas School of Bioengineering. During her PhD, he received Strobel Fellowship and worked as a research assistant at the Hoglund Brain Imaging Center of Kansas University Hospital. Since 2016, she has held a postdoctoral position at the Center for Excellence in Superconductivity in the Institute of Microsystems and Information Technology, Chinese Academy of Sciences. Tao has been a senior algorithm engineer in the medical imaging team of Ping An Technology (Shenzhen) Co., Ltd. since 2018. She joins the Shanghai Jiaotong University Medical Robot Research Institute in 2020.

Computer-assisted surgery based on deep learning, multimodal imaging of the spine

1. Rong Tao*, Shangliang Xu, Haiping Wu, Cheng Zhang, and Chuanfeng Lv. Automated Spinal Curvature Assessment from X-Ray Images Using Landmarks Estimation Network via Rotation Proposals, Computational Methods and Clinical Applications for Spine Imaging, 2019, 95-100.
2. Rong Tao, Shulin Zhang*, Xiao Huang, Minfang Tao, Jian Ma, Shixin Ma, Chaoxiang Zhang, Tongxin Zhang, Fakuan Tang, Jianping Lu, Chenxing Shen, and Xiaoming Xie. Magnetocardiography based Ischemic Heart Disease Detection and Localization using Machine Learning Methods, IEEE Transactions on Biomedical Engineering, 2018, 66: 1658-1667.
3. Rong Tao, E. A. Popescu, W. B. Drake, and M. Popescu*. Cardiac vectors in the healthy human fetus: developmental changes assessed by magnetocardiography and realistic approximations of the volume conductor, Physiological Measurement, 2013, 34: 527-540.
4. Rong Tao, E. A. Popescu, W. B. Drake, D. N. Jackson and M. Popescu*. The effect of volume conductor modeling on the estimation of cardiac vectors in fetal magnetocardiography, Physiological Measurement, 2012, 33: 651-665

patent
1. Artificial intelligence-based spinal image processing method and related equipment, patent number 201910706559.9, first inventor
2. Computer device and storage medium for the method of constructing intervertebral disc cross-section image, patent number 201911040239.0, second inventor
3. AI image recognition method, device, equipment and storage medium, patent number PCT/CN2019/117571, second inventor
4. Artificial intelligence-based spinal image processing method and related equipment, patent number PCT/CN2019/117948, first inventor
5. Machine learning-based myocardial ischemia pre-diagnosis method, storage medium and electronic equipment, patent number 201810100231.8, first inventor
6. A method for locating the location of myocardial ischemic disease based on magnetocardiogram, patent number 201810026117.5, the first inventor
7. Computer readable storage media and equipment for early diagnosis methods for potential patients, patent number 201810026402.7, 2018.10.01, first inventor
8. Laser registration system and magnetocardiograph, patent number 201710681516.0, second inventor
9. Three-dimensional cardiac magnetic source positioning method, system and server, patent number 201710117432.4, first inventor