A stereo calibration framework for RGB-TIR cameras with 625:1 resolution asymmetry uses an active OLED screen, Hessian-based corner detection, and baseline-constrained bundle adjustment to achieve 0.382 px reprojection error.
Improving Calibration of Thermal Stereo Cameras Using Heated Calibration Board
3 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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2026 3verdicts
UNVERDICTED 3representative citing papers
A complex-valued variational autoencoder learns continuous relaxation time distributions from SIP resistivity spectra with reconstruction errors below 0.5 percent and strong physical correlations.
A pipeline that converts body-worn camera footage into labeled visual timelines by classifying 10-second windows along operational-context and motion-intensity axes using CLIP and optical-flow features.
citing papers explorer
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On RGB-TIR Stereo Calibration under Extreme Resolution Asymmetry
A stereo calibration framework for RGB-TIR cameras with 625:1 resolution asymmetry uses an active OLED screen, Hessian-based corner detection, and baseline-constrained bundle adjustment to achieve 0.382 px reprojection error.
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Learning relaxation time distributions from spectral induced polarization data with a complex-valued variational autoencoder
A complex-valued variational autoencoder learns continuous relaxation time distributions from SIP resistivity spectra with reconstruction errors below 0.5 percent and strong physical correlations.
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Visual Timelines of Police Encounters in Body-Worn Camera Footage: Operational Context and Activity Cataloging for Training and Analysis in OpenBWC
A pipeline that converts body-worn camera footage into labeled visual timelines by classifying 10-second windows along operational-context and motion-intensity axes using CLIP and optical-flow features.