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Wearable Sensors & Gait
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Keywords
- 3-D gait analysis
- aerobic
- agreement of measurements
- Analysis
- assessment
- Biomechanics
- clinical measurement
- Cycling
- data histogram
- decision tree
- diabetic foot
- distance estimation
- functional scales
- Gait
- gait analysis
- gait cycle
- gait disturbance
- gait parameters
- gait retraining
- gait speed
- ground reaction force
- hierarchical cluster analysis
- human running
- IMU
- Inertial measurement unit
- inertial sensor unit
- inertial sensors
- injury
- kinematics
- load monitoring
- loaded sprint
- Machine learning
- malleolar fractures
- markerless
- mobile power meter
- monitoring foot temperature
- muscle activation
- Music therapy
- on-ankle path loss
- orientation-invariant
- parkinson’s disease
- Performance
- Physiology
- portable gait rhythmogram
- Power
- principal component analysis
- random forest
- régression
- RSSI
- Running
- running biomechanics
- running conditions
- sensor fusion
- sled-push
- smart wearable
- spatiotemporal parameters
- step length estimation
- strike length estimation
- Stroke
- surface electromyography
- synergy
- team-sports
- Technology
- Technology, engineering, agriculture
- Technology: general issues
- Testing
- Training
- triathletes
- two-term Gaussian distribution
- VO2max
- Walking
- wearable
- Wearable Device
- wearable devices
- wearable sensor
- Wearables
Links
DOI: 10.3390/books978-3-0365-8643-4Editions
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