1. Data-Driven Multimodal Sleep Apnea Events Detection.
- Author
-
Rutkowski, Tomasz
- Subjects
ALGORITHMS ,DISCRIMINANT analysis ,ELECTROENCEPHALOGRAPHY ,NONPARAMETRIC statistics ,SIGNAL processing ,POLYSOMNOGRAPHY ,SLEEP apnea syndromes ,BRAIN-computer interfaces ,BRAIN waves ,DESCRIPTIVE statistics ,MANN Whitney U Test ,DIAGNOSIS - Abstract
A novel multimodal and bio-inspired approach to biomedical signal processing and classification is presented in the paper. This approach allows for an automatic semantic labeling (interpretation) of sleep apnea events based the proposed data-driven biomedical signal processing and classification. The presented signal processing and classification methods have been already successfully applied to real-time unimodal brainwaves (EEG only) decoding in brain-computer interfaces developed by the author. In the current project the very encouraging results are obtained using multimodal biomedical (brainwaves and peripheral physiological) signals in a unified processing approach allowing for the automatic semantic data description. The results thus support a hypothesis of the data-driven and bio-inspired signal processing approach validity for medical data semantic interpretation based on the sleep apnea events machine-learning-related classification. [ABSTRACT FROM AUTHOR]
- Published
- 2016
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