SCHORTY uses a tilted sensor in a single camera to map pixel position to range via the Scheimpflug principle, demonstrated experimentally with event cameras for passive UAV ranging up to 1.1 km.
Pupil engineering for extended depth-of-field imaging in a fluorescence miniscope
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2026 2verdicts
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DeepFilters jointly optimizes a parameterized pupil filter and digital reconstruction network via a calibrated differentiable forward model with empirical scattering kernels to extend PSF depth from 16 to over 400 microns in clear media and recover signals beyond 120 microns in tissues.
citing papers explorer
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Monocular passive event-based range-finding of airborne objects using the Scheimpflug principle
SCHORTY uses a tilted sensor in a single camera to map pixel position to range via the Scheimpflug principle, demonstrated experimentally with event cameras for passive UAV ranging up to 1.1 km.
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DeepFilters: Scattering-Aware Pupil Engineering with Learned Digital Filter Reconstruction for Extended Depth of Field Microscopy
DeepFilters jointly optimizes a parameterized pupil filter and digital reconstruction network via a calibrated differentiable forward model with empirical scattering kernels to extend PSF depth from 16 to over 400 microns in clear media and recover signals beyond 120 microns in tissues.