Log in Join free

Cross-Site Stable Multiscale Sleep-Physiology Fusion for Predicting Future Cognitive Impairment

Mohammad Hossein Behboudi Nikkie Hooman

· 0 citations · 19 references

TL;DR

These results support multiscale PSG for robust prediction of cognitive-impairment risk 1 to 6 years before diagnosis 1 to 6 years before diagnosis.

Semantic Scholar

View source

Similar papers

Predicting Future Cognitive Impairment Using Whole-Night Sleep-Derived Outcomes

F. Ehrlich, Sara B. ̈acker, Alex Schmidt et al. · 0 citations

Cognitive Impairment Prediction from Polysomnography Across Institutions: Contributions of Sleep Summaries and Sparse Electroencephalography

Goeun Yeh, Muhi Kim, Jiyoung Park · 0 citations

Cross-Site Prediction of Future Cognitive Impairment from Polysomnography Using Hybrid Physiological Representations

Alireza Khorramfard, Naimahmed Nesaragi, Daniel Teichmann et al. · 0 citations

Predicting Future Cognitive Impairment from Sleep EEG with a Lightweight Convolutional Network

Shyamal Y. Dharia, Stephen D. Smith, Camilo E. Valderrama · 0 citations

Site-Aware Stacking for Cross-Center Cognitive Risk Modeling From Overnight Polysomnography

Yuxuan Xu · 0 citations

Late Fusion of Time-Domain and Time-Frequency Sleep EEG for Future Cognitive Impairment Prediction

Nahyun Lee, Taehwan Kim, Taeyoung Kang et al. · 0 citations

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.