Non-Contact Liquid Level Measurement Using Optical Interferometry and Neural Networks

Augmentation assisted robust fringe detection on unseen experimental signals applied to optical feedback interferometry using a deep network

“…The focus of our work is SMI fringe detection by using deep networks instead of applying these on retrieved measurement. In another work, Ramírez-Cortés et al [37] have measured liquid level using optical interferometry. It leverages acoustic principles to map spectral harmonics to liquid level.…”

Augmentation-Assisted Robust Fringe Detection on Unseen Experimental Signals Applied to Optical Feedback Interferometry Using a Deep Network

“…The focus of our work is SMI fringe detection by using deep networks instead of applying these on retrieved measurement. In another work, [37] have measured liquid level using optical interferometry. It leverages acoustic principles to map spectral harmonics to liquid level.…”