Wearable and Nearable Biosensors and Systems for Healthcare
Wearable and Nearable Biosensors and Systems for Healthcare
English[eng]
9783040000000
tangent space||Riemannian geometry||particle swarm optimization (PSO)||BCI||EEG||electro-oscillography (EOG)||CSP||FBCSP (filter bank common spatial pattern)||online learning||ballistocardiography||pressure sensor||Emfit||home monitoring||sleep recording||sleep apnea||unsupervised learning||synchronization||acoustic emissions||joint sounds||glove||wearable sensing||knee joint loading||quaternion||smartphone||feature engineering||human activity recognition||sensor fusion||ballistocardiogram||blood pressure||stroke volume||cardiac output||total peripheral resistance||photoplethysmography||photoplethysmogram||heart rate||consumer-wearable devices||in-ear||validation||optical pulse rate monitoring||pulse rate||seismocardiography||ultra-short heart rate variability||stress evaluation||accelerometers||robotic assistant systems for surgery||expertise||pick-and-drop simulator task||grip force profiles||grip force control||body sensor network||wearable sensor||telemedicine||telerehabilitation||seismocardiogram||acceleration||electrocardiogram||cardiac mechanics||pulse transit time||adaptive recursive least squares filter (ARLSF)||Seismocardiography (SCG)||motion artifact||Electrocardiogram (ECG)||ageing||gender||machine learning||support vector machine||voice analysis||pressure sensors||compression therapy||thin-film sensors||wireless sensors||medical pressure monitoring||capacitive sensors||flexible sensors||LC sensor||wound monitoring||n/a
English[eng]
9783040000000
tangent space||Riemannian geometry||particle swarm optimization (PSO)||BCI||EEG||electro-oscillography (EOG)||CSP||FBCSP (filter bank common spatial pattern)||online learning||ballistocardiography||pressure sensor||Emfit||home monitoring||sleep recording||sleep apnea||unsupervised learning||synchronization||acoustic emissions||joint sounds||glove||wearable sensing||knee joint loading||quaternion||smartphone||feature engineering||human activity recognition||sensor fusion||ballistocardiogram||blood pressure||stroke volume||cardiac output||total peripheral resistance||photoplethysmography||photoplethysmogram||heart rate||consumer-wearable devices||in-ear||validation||optical pulse rate monitoring||pulse rate||seismocardiography||ultra-short heart rate variability||stress evaluation||accelerometers||robotic assistant systems for surgery||expertise||pick-and-drop simulator task||grip force profiles||grip force control||body sensor network||wearable sensor||telemedicine||telerehabilitation||seismocardiogram||acceleration||electrocardiogram||cardiac mechanics||pulse transit time||adaptive recursive least squares filter (ARLSF)||Seismocardiography (SCG)||motion artifact||Electrocardiogram (ECG)||ageing||gender||machine learning||support vector machine||voice analysis||pressure sensors||compression therapy||thin-film sensors||wireless sensors||medical pressure monitoring||capacitive sensors||flexible sensors||LC sensor||wound monitoring||n/a