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