Biomechanics-Based Motion Analysis

doi:10.3390/books978-3-0365-8026-5

dc.contributor.editor	Ma, Christina Zong-Hao
dc.contributor.editor	Li, Zhengrong
dc.contributor.editor	He, Chen
dc.date.accessioned	2023-08-08T15:23:05Z
dc.date.available	2023-08-08T15:23:05Z
dc.date.issued	2023
dc.identifier	ONIX_20230808_9783036580272_3
dc.identifier.uri	https://directory.doabooks.org/handle/20.500.12854/112497
dc.description.abstract	Collectively, the studies presented in this reprint have used various validated biomechanical models or proposed novel methods of motion analysis to gain new insights into health-related problems and sports performance.
dc.language	English
dc.subject.classification	thema EDItEUR::M Medicine and Nursing	en_US
dc.subject.other	human ankle model
dc.subject.other	product of exponentials formula
dc.subject.other	anthropometry
dc.subject.other	biomechanics
dc.subject.other	coordinate measuring machines
dc.subject.other	kinematics
dc.subject.other	pose estimation
dc.subject.other	position measurement
dc.subject.other	biomedical informatics
dc.subject.other	adolescent idiopathic scoliosis (AIS)
dc.subject.other	surface electromyography (sEMG)
dc.subject.other	paraspinal muscle
dc.subject.other	Schroth exercise
dc.subject.other	paraspinal muscle symmetry index (PMSI)
dc.subject.other	negative heel shoes
dc.subject.other	positive heel shoes
dc.subject.other	gait
dc.subject.other	pregnant women
dc.subject.other	OpenSim
dc.subject.other	IDEEA
dc.subject.other	dentistry
dc.subject.other	dental unit chair systems
dc.subject.other	muscle fatigue
dc.subject.other	muscle activation
dc.subject.other	in vivo study
dc.subject.other	femoral neck fracture
dc.subject.other	internal fixation
dc.subject.other	intramedullary fixation
dc.subject.other	finite element analysis
dc.subject.other	finite element
dc.subject.other	proximal junctional failure
dc.subject.other	spinal reconstruction
dc.subject.other	thoracolumbar
dc.subject.other	rollback
dc.subject.other	ligament strain
dc.subject.other	kinematic alignment
dc.subject.other	mechanical alignment
dc.subject.other	total knee arthroplasty
dc.subject.other	markerless motion capture system
dc.subject.other	gait analysis
dc.subject.other	joint moment
dc.subject.other	joint power
dc.subject.other	running economy
dc.subject.other	running style
dc.subject.other	duty factor
dc.subject.other	vertical oscillation
dc.subject.other	stride frequency
dc.subject.other	freezing of gait
dc.subject.other	gait initiation
dc.subject.other	Parkinson’s disease
dc.subject.other	posture
dc.subject.other	segmental centers of mass
dc.subject.other	anthropometric measurement
dc.subject.other	base of support
dc.subject.other	hand exoskeleton design
dc.subject.other	motion simulation
dc.subject.other	rehabilitation
dc.subject.other	intention recognition
dc.subject.other	machine learning
dc.subject.other	deep learning
dc.subject.other	two-dimensional (2D) image
dc.subject.other	marker-free video
dc.subject.other	walking speed
dc.subject.other	walking speed classification
dc.subject.other	bi-LSTM
dc.subject.other	redundant feature
dc.subject.other	ratio-based body measurement
dc.subject.other	optimal feature
dc.subject.other	surface topography
dc.subject.other	rasterstereographic back shape analysis
dc.subject.other	normative data
dc.subject.other	healthy adults
dc.subject.other	posture analysis
dc.subject.other	spine
dc.subject.other	intelligent system
dc.subject.other	classroom behavior
dc.subject.other	motion identification
dc.subject.other	shoulder activity
dc.subject.other	sensor
dc.subject.other	rehabilitation protocol
dc.subject.other	proximal humerus fracture
dc.subject.other	ground reaction force
dc.subject.other	knee and hip
dc.subject.other	lower limb
dc.subject.other	normal walking
dc.subject.other	musculoskeletal multibody dynamics
dc.subject.other	spinal biomechanics
dc.subject.other	spinal alignment
dc.subject.other	spinal loading
dc.subject.other	muscle force computation
dc.subject.other	thoracolumbar spine
dc.subject.other	biomechanical model
dc.subject.other	electromyography
dc.subject.other	inertial measurement units
dc.subject.other	gait-phase prediction
dc.subject.other	spinal cord injury (SCI)
dc.subject.other	muscle fiber conduction velocity (MFCV)
dc.subject.other	surface electromyography (EMG)
dc.subject.other	EMG–force relation
dc.subject.other	composite index
dc.subject.other	characteristic points
dc.subject.other	multivariable linear regression
dc.subject.other	anterior cruciate ligament deficiency
dc.subject.other	competitive swimming
dc.subject.other	performance
dc.subject.other	velocity fluctuations
dc.subject.other	multibody simulation
dc.subject.other	finite element method
dc.subject.other	co-simulation
dc.subject.other	sports
dc.subject.other	degeneration
dc.subject.other	intervertebral disc
dc.subject.other	coupled
dc.subject.other	embryo implantation
dc.subject.other	human choriocarcinoma cell
dc.subject.other	extracellular matrix
dc.subject.other	stiffness
dc.subject.other	durotaxis
dc.subject.other	n/a
dc.title	Biomechanics-Based Motion Analysis
dc.type	book
oapen.identifier.doi	10.3390/books978-3-0365-8026-5
oapen.relation.isPublishedBy	46cabcaa-dd94-4bfe-87b4-55023c1b36d0
oapen.relation.isbn	9783036580272
oapen.relation.isbn	9783036580265
oapen.pages	386
oapen.place.publication	Basel

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