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Counting Photons to See Through Fog: Peplography and COLaNoPS
When there's almost no light left to work with, you stop treating an image as continuous intensity and start treating it as discrete photon arrivals. A walk through Peplography's photon-counting core and COLaNoPS's object-aware photon budgeting, from a paper presented at ICCAS 2025.
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ARMS: What Wireless Fading Models Have to Do With Seeing Through Fog
Adaptive Removal via a Mask of Scatter (ARMS) — treating scattering media in an image the same way wireless communication theory treats multipath fading, published in IEEE Access.
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Chasing the DC Spectrum: Three Papers on Denoising Digital Holographic Microscopy
A statistical threshold fix, a Kalman filter, and an adaptive version of that Kalman filter — three papers, all mine, all attacking the same DC-spectrum noise problem in DHM 3D reconstruction from different angles.
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Where It Actually Started: A Semester in the SoC Design Lab
Full lab notes from thirteen weeks in Dong-A University's SoC Design Lab, under Korea's undergraduate research credit program — C/C++, memory, and OpenCV internals, week by week.
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Review of Fourier ptychographic microscopy using wavelength multiplexing