Wearable Sensors & Gait

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Bibliographic Details
Other Authors:	García-Pinillos, Felipe (Editor), Roche-Seruendo, Luis Enrique (Editor), Jaén-Carrillo, Diego (Editor)
Format:	Electronic Book Chapter
Language:	No linguistic content
Published:	MDPI - Multidisciplinary Digital Publishing Institute 2023
Subjects:	Technology: general issues running kinematics gait retraining surface electromyography wearables decision tree human running random forest regression wearable devices aerobic assessment performance physiology technology training wearable diabetic foot gait monitoring foot temperature smart wearable VO2max power running biomechanics hierarchical cluster analysis machine learning triathletes cycling mobile power meter testing load monitoring gait analysis gait parameters IMU inertial sensors orientation-invariant sensor fusion team-sports muscle activation loaded sprint sled-push portable gait rhythmogram 3-D gait analysis music therapy Parkinson's disease gait disturbance data histogram distance estimation gait speed on-ankle path loss RSSI step length estimation strike length estimation two-term Gaussian distribution biomechanics injury running conditions gait cycle ground reaction force inertial measurement unit principal component analysis stroke synergy wearable device malleolar fractures inertial sensor unit wearable sensor walking spatiotemporal parameters functional scales clinical measurement agreement of measurements analysis markerless
Online Access:	DOAB: download the publication DOAB: description of the publication
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MARC


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700	1		\|a Roche-Seruendo, Luis Enrique \|4 edt
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650		7	\|a Technology: general issues \|2 bicssc
653			\|a running
653			\|a kinematics
653			\|a gait retraining
653			\|a surface electromyography
653			\|a wearables
653			\|a decision tree
653			\|a human running
653			\|a random forest
653			\|a regression
653			\|a wearable devices
653			\|a aerobic
653			\|a assessment
653			\|a performance
653			\|a physiology
653			\|a technology
653			\|a training
653			\|a wearable
653			\|a diabetic foot
653			\|a gait
653			\|a monitoring foot temperature
653			\|a smart wearable
653			\|a VO2max
653			\|a power
653			\|a running biomechanics
653			\|a hierarchical cluster analysis
653			\|a machine learning
653			\|a triathletes
653			\|a cycling
653			\|a mobile power meter
653			\|a testing
653			\|a load monitoring
653			\|a gait analysis
653			\|a gait parameters
653			\|a IMU
653			\|a inertial sensors
653			\|a orientation-invariant
653			\|a sensor fusion
653			\|a team-sports
653			\|a muscle activation
653			\|a loaded sprint
653			\|a sled-push
653			\|a portable gait rhythmogram
653			\|a 3-D gait analysis
653			\|a music therapy
653			\|a Parkinson's disease
653			\|a gait disturbance
653			\|a data histogram
653			\|a distance estimation
653			\|a gait speed
653			\|a on-ankle path loss
653			\|a RSSI
653			\|a step length estimation
653			\|a strike length estimation
653			\|a two-term Gaussian distribution
653			\|a biomechanics
653			\|a injury
653			\|a running conditions
653			\|a gait cycle
653			\|a ground reaction force
653			\|a inertial measurement unit
653			\|a principal component analysis
653			\|a stroke
653			\|a synergy
653			\|a wearable device
653			\|a malleolar fractures
653			\|a inertial sensor unit
653			\|a wearable sensor
653			\|a walking
653			\|a spatiotemporal parameters
653			\|a functional scales
653			\|a clinical measurement
653			\|a agreement of measurements
653			\|a analysis
653			\|a markerless
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856	4	0	\|a www.oapen.org \|u https://directory.doabooks.org/handle/20.500.12854/114004 \|7 0 \|z DOAB: description of the publication

Wearable Sensors & Gait

MARC

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