PG-LRF generates signal-faithful and physiologically plausible ECGs from PPG inputs by structuring a latent space with an electro-hemodynamic simulator and enforcing consistency in a rectified flow model.
A review on wearable photoplethysmography sensors and their potential future applications in health care.International journal of biosensors & bioelectronics, 4(4):195, 2018
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PG-LRF: Physiology-Guided Latent Rectified Flow for Electro-Hemodynamic PPG-to-ECG Generation
PG-LRF generates signal-faithful and physiologically plausible ECGs from PPG inputs by structuring a latent space with an electro-hemodynamic simulator and enforcing consistency in a rectified flow model.