pFPM reinterprets DPC as one Gauss-Newton iteration, then adds annular dark-field patterns and TV regularization to achieve high-resolution quantitative phase imaging with five to six LED-array measurements.
A new microscopic principle
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Perturbative Fourier Ptychographic Microscopy for Fast Quantitative Phase Imaging
pFPM reinterprets DPC as one Gauss-Newton iteration, then adds annular dark-field patterns and TV regularization to achieve high-resolution quantitative phase imaging with five to six LED-array measurements.