PROJECT / Completed
Event Vision & Wavefront Data Platform
Eastern Region First Prize · Junzheng Fund selection
A physics-based desktop tool connecting atmospheric turbulence, optical spots, and event-camera responses.
End-to-end data generation
Turbulent wavefront → Shack–Hartmann spots → event stream
Desktop delivery
Five-view previews, HDF5 recording, parameter sweeps, and playback
Junzheng Fund selection
2026 · Soochow University · ultrafast wavefront sensing
Results
The team’s “Rapid Vision” project won First Prize in the Eastern Region of the National Undergraduate Optoelectronic Design Competition. I developed the training-data software and participated in the presentation and defense.
Junzheng Fund research project
The related project on neuromorphic vision for ultrafast wavefront sensing was selected for the 2026 Junzheng Fund at Soochow University.
My contribution
Built a desktop platform for generating, recording, and replaying data, connecting atmospheric wavefronts, Shack–Hartmann spots, and event-camera responses.
- Simulated Zernike wavefronts, layered turbulence, spots, slopes, and events.
- Delivered five-view previews, individual and batch recording, parameter sweeps, and playback.
- Stored parameters, units, and synchronized data in HDF5 for reproducible experiments.
Current status
Data generation and playback work, and live camera acquisition is connected. Live reconstruction remains incomplete. The competition award belongs to the team; my contribution focuses on the data software.