Group members
Chun's research group members as of 10/1/2021
Chaired graduate research
Tushar, Zahid Hassan (PhD student, EE: Systems and Data Science, Fall 2021–)
CT image reconstruction, self-supervised learning, iterative neural network
Graduate students whose dissertation research I chaired
Harun, Md Yousuf (MS, EE: Systems, 2020)
Microscopic image segmentation
Co-chaired with Prof. Aaron Ohta (EE)
Ph.D. student at RIT EME (Fall 2020–)
Doctoral students whom I am co-mentoring or co-mentored in other institutions
Ye, Siqi
(PhD student of Prof. Yong Long at SJTU)
Low-dose CT reconstruction, iterative neural network
Li, Zhipeng
(PhD student of Prof. Yong Long at SJTU)
Dual-energy CT material decomposition, iterative neural network
Huang, Zhengyu
(PhD student of Prof. Ted Norris at UMich EECS)
Light field photography using a focal stack, iterative neural network, depth estimation, 3D object tracking/positioning
Zheng, Xuehang
(PhD student of Prof. Yong Long at SJTU)
Low-dose CT reconstruction, learned regularizer, iterative neural network, self-supervised learning
Lim, Hongki
(PhD, UMich EECS, 2020)
Low-count emission tomography reconstruction, iterative neural network
Siemens Research, Princeton (10/2020–)
Jang, Ikbeom
(PhD, Purdue ECE, 2019)
Neuroimaging (diffusion tensor imaging), sports-related sub-concussion, CNN-based data quality control
A. A. Martinos Center for Biomedical Imaging, MGH, Boston
Visiting scholars
Dr. Hwang, Sung Soo
(Assistant Professor of CSEE at Handong Global University)
Visual SLAM, end-to-end self-driving cars (3/2021–1/2022)
Lee, Jinkyu
(MS student of Prof. Sung Soo Hwang at Handong Global University CSEE)
Visual SLAM using deep semantic segmentation, end-to-end self-driving cars (3/2021–8/2021)
Back, Muhyun
(MS student of Prof. Sung Soo Hwang at Handong Global University CSEE)
Distance estimation b/w ego and target vehicles using deep learning, end-to-end self-driving cars (3/2021–8/2021)
Han, Hyunmin
(MS student of Prof. Sung Soo Hwang at Handong Global University CSEE)
3D map estimation/generation using deep learning (3/2021–8/2021)