Computational imaging and super-resolution microscopy
Fourier ptychographic microscopy, single-pixel imaging, and learning-based reconstruction.
Built and studied optical imaging systems for computational reconstruction, including low-magnification large-field-of-view microscopy, Fourier ptychographic super-resolution, and fiber-based single-pixel imaging.
This research direction focuses on recovering high-quality visual information from constrained optical measurements by combining optical system design, inverse reconstruction, and learning-based image enhancement.