A Wearable Eeg-Heg-Hrv Multimodal System With Real-Time Tes Monitoring For Mental Health Management
2015 IEEE INTERNATIONAL SOLID-STATE CIRCUITS CONFERENCE DIGEST OF TECHNICAL PAPERS (ISSCC)（2015）
摘要
Recently, wearable mental health management systems have been actively studied based on EEG monitoring and transcranial electrical stimulation (tES) [1]. It was reported that mental activities cause neural, vascular and autonomie domain changes in the human brain [2]. However, the previous neurofeedback system [1] used only neural domain information with low spatial resolution (∼10cm) EEG signals. Furthermore, EEG signals are easily interfered by tES stimulation signal, eye-blinking and EMG signals so that it is difficult to monitor in real-time during stimulation and to avoid electromagnetic noise for accurate mental health classification.
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关键词
bioelectric potentials,biomedical equipment,blood,blood vessels,electroencephalography,electromagnetic interference,feedback,neurophysiology,noise,patient monitoring,patient treatment,real-time systems,EEG monitoring,EEG signals interference,EMG signal,autonomie domain change,electromagnetic noise,eye-blinking,human brain,mental activity,mental health classification accuracy,neural domain change,neural domain information,neurofeedback system,real-time monitoring,real-time tES monitoring,spatial resolution,tES stimulation signal,transcranial electrical stimulation,vascular domain change,wearable EEG-HEG-HRV multimodal system,wearable mental health management system,
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