Biomechanics-Based Motion Analysis

• Другие авторы: Ma, Christina Zong-Hao (Редактор), Li, Zhengrong (Редактор), He, Chen (Редактор)
• Формат: Электронный ресурс Глава книги
• Язык: английский
• Опубликовано: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
• Предметы: Medicine; human ankle model; product of exponentials formula; anthropometry; biomechanics; coordinate measuring machines; kinematics; pose estimation; position measurement; biomedical informatics; adolescent idiopathic scoliosis (AIS); surface electromyography (sEMG); paraspinal muscle; Schroth exercise; paraspinal muscle symmetry index (PMSI); negative heel shoes; positive heel shoes; gait; pregnant women; OpenSim; IDEEA; dentistry; dental unit chair systems; muscle fatigue; muscle activation; in vivo study; femoral neck fracture; internal fixation; intramedullary fixation; finite element analysis; finite element; proximal junctional failure; spinal reconstruction; thoracolumbar; rollback; ligament strain; kinematic alignment; mechanical alignment; total knee arthroplasty; markerless motion capture system; gait analysis; joint moment; joint power; running economy; running style; duty factor; vertical oscillation; stride frequency; freezing of gait; gait initiation; Parkinson's disease; posture; segmental centers of mass; anthropometric measurement; base of support; hand exoskeleton design; motion simulation; rehabilitation; intention recognition; machine learning; deep learning; two-dimensional (2D) image; marker-free video; walking speed; walking speed classification; bi-LSTM; redundant feature; ratio-based body measurement; optimal feature; surface topography; rasterstereographic back shape analysis; normative data; healthy adults; posture analysis; spine; intelligent system; classroom behavior; motion identification; shoulder activity; sensor; rehabilitation protocol; proximal humerus fracture; ground reaction force; knee and hip; lower limb; normal walking; musculoskeletal multibody dynamics; spinal biomechanics; spinal alignment; spinal loading; muscle force computation; thoracolumbar spine; biomechanical model; electromyography; inertial measurement units; gait-phase prediction; spinal cord injury (SCI); muscle fiber conduction velocity (MFCV); surface electromyography (EMG); EMG-force relation; composite index; characteristic points; multivariable linear regression; anterior cruciate ligament deficiency; competitive swimming; performance; velocity fluctuations; multibody simulation; finite element method; co-simulation; sports; degeneration; intervertebral disc; coupled; embryo implantation; human choriocarcinoma cell; extracellular matrix; stiffness; durotaxis; n/a
• Online-ссылка: DOAB: download the publication; DOAB: description of the publication

Итог

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.

Объем

1 electronic resource (386 p.)

ISBN

books978-3-0365-8026-5
9783036580272
9783036580265

Доступ

Open Access