Fengyuanshan Xu

This paper introduces an improved SS-vis-OCT system with extended imaging depth and sensitivity for biological samples.

This paper introduces a closed-loop optical platform for precise retinal stimulation in mice, achieving high-resolution patterned stimulation with real-time focus correction.

Vis-OCT Explorer processes vis-OCT data to improve image quality and measurement repeatability for retinal analysis.

This paper introduces a method to increase the field of view in clinical OCT by volumetrically montaging multiple datasets, achieving ultrawide FOV imaging without hardware changes.

This paper introduces SC-LSS, an automated tool for volumetric segmentation of Schlemms Canal in OCT images, showing high agreement with manual segmentation and detecting changes in SC size under different intraocular pressure conditions.