Smart Sensors for Healthcare and Medical Applications

© 2022 by the authors; CC BY-NC-ND license

radiation-induced current; dosimetry; photodiodes; phototransistors (MOSFETs); photovoltaic sensor; CCD/CMOS; cancer nodules detection; phantom; stiffness analysis; ultrasound analysis; visual analysis; automatic robotic platform; remote support for pathologists; gait analysis; gait correction; electrostatic gait signal; improved Detrended Cross-Correlation Analysis cross-correlation coefficient; measuring system; measurements; contactless; respiratory rate; breathing pattern; ECG electrode swaps; ECG electrode potentials; WCT potential change; reconstructing correct ECG leads; MSMinv transformation; unicolor limb–chest electrodes; torsional wave; cervix; pregnancy; cervical stiffness; fiber Bragg gratings; smart textiles; wearable systems; cardiac monitoring; respiratory monitoring; precision sports; archery; body pressure distribution; air-filled cell; alternating pressure air mattress; time of flight; air flow; active control system; mobile EEG recordings; montage-replaceable headsets; BCI; fiber Bragg grating; plastic optical fiber; non-invasive measurement; pulse wave signals; blood pressure; partial least squares regression; people counting; bi-directional; motion detection; time of flight sensor; force myography; prosthetic fitting; regression; calibration; error reduction; linear regression; random forest; general regression neural network; cross-talk; force sensitive resistor; MRI; EMG; graph theory; electrical network; muscle activity; forearm; COPD; oxygen concentrator; oxygen therapy; automatic oxygen concentrator; physical activity; machine learning; respiratory medicine; portable oxygen concentrator; oxygen delivery; cerebral palsy; game-based rehabilitation exercises; computerized assessment methods; motion tracking sensors; Kinect sensor; EEG; PPG; EMG; epilepsy; signal processing; brain monitoring; artificial neural network; predictive analysis; dietary monitoring; healthcare; ring-type biosensor; personalized digital medicine; frailty syndrome; sit-to-stand; 30-s chair stand test; wearable sensors; signal processing; fetal movement simulator; fetal movement monitor; maternal abdomen model; acoustic sensor; accelerometer; piezoelectric diaphragm; fiber Bragg grating sensors (FBGs); functional magnetic resonance imaging (fMRI); grasping actions detection; motor assessment; MR-compatible measuring systems; abdominal movement signal; hypopnea; LSTM-RNN; neural network; oxygen saturation; sleep apnea syndrome; sleep–wake detection; synchrosqueezing transform; triaxial accelerometer; thoracic movement signal; multiple sclerosis; gait analysis; kinematics; surface EMG; accelerator; inertial sensor; T10MW; markerless motion capture; automatic pushing analysis; SCI patients; RGB-D sensors; respiration monitoring; non-contact monitoring; body movements detection; thermal imaging; natural sleep environments; n/a