An end-to-end spatial-temporal transformer with illumination augmentation, Residual Temporal Standardization Module, and hybrid waveform-spectral loss achieves 0.79 bpm MAE and 0.982 correlation on a new varied-illumination dataset, outperforming PhysFormer by 93.6% in MAE.
AutoHR: A strong end-to-end baseline for remote heart rate mea- surement with neural searching.IEEE Signal Processing Letters, 27:1245–1249, 2020
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Illumination-Robust Camera-Based Heart-Rate Estimation for Physiological Sensing in Robots
An end-to-end spatial-temporal transformer with illumination augmentation, Residual Temporal Standardization Module, and hybrid waveform-spectral loss achieves 0.79 bpm MAE and 0.982 correlation on a new varied-illumination dataset, outperforming PhysFormer by 93.6% in MAE.