Human Health Engineering

© 2020 by the authors; CC BY-NC-ND license

artefact correction; head-shaped phantom; spherical phantom; gradient artefact; simultaneous EEG–fMRI; calcaneal spur; pain minimum compressive pressure; contour of shoe insole; insole foot area; health information; interface formats; older adults; wearable devices; usability; emotional reaction; ADHD; screening; machine learning; SVM; children; novel; nomophobia; anxiety; smartphone; internet; cyberaddiction; new technologies; chronic obstructive pulmonary disease; COPD; oxygen uptake; VO₂; kinetics; exercise testing; rehabilitation robotics; soft walking assistive robot; long-term effect; gait characteristics; elderly person; blood pressure estimation; photoplethysmogram; pulse wave; pulse oximeter; wearable device; Kano-TRIZ design theory; quality function deployment; four-wheeled rollator; model predictive control; orthosis control; muscle modeling; arm; Hill muscle; swarm optimization; pneumatic artificial muscle; sliding mode control; fractional calculus; antagonistic actuator; weight loss; mHealth; dynamic model; adaptive control; spirometry; airflow limitation; airway resistance; specific airway conductance; COPD; body-plethysmography; forced expiration; alveolar pressure; emphysema; computed tomography; air-trapping; thermal comfort; bicycle helmet; smart wearables; adaptive model; streaming data; thermal sensation; adaptive model; personalized model; machine leaning; support-vector-machine; adaptive control; streaming algorithm; thermoregulation; homeostasis; cold-induced-vasodilation; cold-induced-vasoconstriction; control system; dynamic modelling; powered mobility; dyskinetic cerebral palsy; dystonia; choreoathetosis; mobility scale; movement disorder; children; youth; reliability; validity; feature engineering; intensive care unit; mortality prediction; hard-margin support vector machines; driver drowsiness; thermoregulation; distal skin temperature; decision tree; heart model; Van der Pol; FitzHugh–Nagumo; relaxation oscillator; electrocardiographic signal; bicycle helmets; thermal manikin; convective and evaporative heat loss; zonal performance characteristics; freestyle skiing aerials; knee joint; ligament; finite element simulation; lifting technique; stoop; squat; work-related musculoskeletal disorders; musculoskeletal modeling; spine; shoulder; back loading; harmonization; meta-analysis; missing data; multiple imputations; information technology; remoteness; cohort studies; control parameter reference; stance assistance; magnetorheological brake; body mass index; walking speed; ankle torque; ankle angular velocity; n/a