Research summary
Ultrafast computational imaging combines high-speed data acquisition with advanced computational algorithms to capture and analyze dynamic scenes swiftly and precisely. Examples of uses for this type of imaging include capturing rapid biological processes (in biomedical imaging), tracking fast-moving objects in surveillance, and capturing transient celestial events with great precision.
As Canada Research Chair in Ultrafast Computational Imaging, Dr. Jinyang Liang is advancing the frontier of ultrafast computational imaging. His primary goal is to synergize ultrafast photonics and artificial intelligence to develop three new ultrafast computational imaging systems with state-of-the-art specifications. Ultimately, he and his research team aim to implement these original systems in information science, health and environmental science applications.