VAMP-Diff: VampPrior Latent Diffusion for Photoplethysmography Modeling

2026-05-25T08:51:41Z59e1271defbf37a17400afc398f91006b28df5b877ed6aaa924f4ffa867b5024
CSIGenEEGEEG-datasetHRRPIED-freeJointHRRP-NetL-FAMEPPGPilotWiMAETopological-Signal-ProcessingVampPriorchannel-simulationcomposite-jammingdiffusion-modelsepilepsy-diagnosisexplainable-rules-based-models','AASM-scoring'jamming-recognitionlatent-diffusionphotoplethysmographypilot-signalspretrained-modelradarsimplicial-complexessleep-stagingwireless-channels

What happened

This collection of recent arXiv submissions (eess_sp) presents applied and methodological advances across biomedical signal modeling, wireless/radar channel representation, robust learning, and datasets. Key contributions include: VAMP-Diff — a VampPrior-regularized latent diffusion model for realistic photoplethysmography (PPG) generation and reconstruction that preserves heart/respiratory physiology; a tutorial and methods overview for Topological Signal Processing (TSP) on simplicial complexes; PilotWiMAE — a pilot-native self-supervised encoder for wireless channels with released pretrain/

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_eess_sp
Record identifier
59e1271defbf37a17400afc398f91006b28df5b877ed6aaa924f4ffa867b5024
Enrichment time
2026-05-25T08:51:41Z
AI-assisted enrichment
Yes

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