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Gait.

概要

作品:	17 作品在 0 項出版品 0 種語言

書目資訊

Clinical gait analysis = theory and practice / by: (書目-電子資源)

Gait analysis = an introduction / by: (書目-電子資源)

Adaptability of human gait = implications for the control of locomotion / by: (書目-電子資源)

Development of a Model to Predict Outcomes After Dynamic Cycling People with Parkinson's Disease. by: (書目-電子資源)

Modeling and Predicting Response to Ankle Exoskeletons. by: (書目-電子資源)

Sensorimotor Control of Lower-Limb Assistive Devices. by: (書目-電子資源)

Sports Practitioners, Athlete Welfare and Duties of Care : = A Case Study of the Professional Practice of Hamstring Management in English Professional Rugby Union. by: (書目-電子資源)

Real-Time Hierarchical Classification of Motion Intent for Wearable Robotics. by: (書目-電子資源)

Youth Pitching Kinematics : = Associations with Body Overweight Parameters. by: (書目-電子資源)

Biomechanics and Physiology of Motor Variability in Repetitive Movements of Young and Old Female and Male Adults. by: (書目-電子資源)

主題

Gait Disorders, Neurologic.

Locomotion.

D�emarche.

Young adults.

Females.

Hypotheses.

Metabolism.

Mechanics.

Gender.

Entropy.

Dopamine.

Design.

Data collection.

Patients.

Knee.

Deformation.

Regression analysis.

Genetic algorithms.

Dissertations & theses.

Adults.

Amputation.

Accuracy.

Data analysis.

Hip joint.

Wavelet transforms.

Kinetics.

Scope of practice.

Athletic recruitment.

Public health.

Visualization.

Sensors.

Locomotion humaine.

Adaptation, Physiological.

Principal components analysis.

Muscle strength.

Physiological psychology.

Cognitive psychology.

Fitness equipment.

Bioinformatics.

Velocity.

Variables.

Cytokines.

Surgery.

Rehabilitation.

Research.

Engineering schools.

Prostheses.

Professional soccer.

Sports management.

High school baseball.

Age groups.

Probability.

Human locomotion.

Gait disorders.

Adaptation.

Reptiles & amphibians.

Spinal cord.

Robotics.

Disease transmission.

Datasets.

Tremor (Muscular contraction).

Population.

Extracellular matrix.

Energy consumption.

Global positioning systems--GPS.

Multidisciplinary teams.

Sports medicine.

Therapy.

Military studies.

Locomotion, Troubles de la.

Adaptation (Physiologie)

Aanpassingsvermogen.

Gender differences.

Feedback.

Optimization algorithms.

Quality of life.

Surgical outcomes.

Medical equipment.

Kinesiology.

Research methodology.

Australian football.

Sports injuries.

Web studies.

Overweight.

Military bases.

MEDICAL- Physiology.

Lopen.

Older people.

Kinematics.

Eye movements.

Animal cognition.

Ankle.

Color.

Running.

Morphology.

Parkinsons disease.

Epidemics.

Alcoholism.

Biomedical engineering.

Electromyography.

Load.

Joint and ligament injuries.

Mechanical engineering.

Musculoskeletal system.

Role models.

Advisors.

Dimensional analysis.

Energy dissipation.

Literature reviews.

Professional sports.

Professional baseball.

Coaches & managers.

Rugby.

Physical therapy.

Elbow.

Flexibility.

Biomechanics.

Behavioral psychology.

Experiments.

Energy.

Walking.

Standard deviation.

Body mass index.

Brain research.

Health sciences.

Walkways.

Proteins.

Shear strength.

Ultrasonic imaging.

Sensitivity analysis.

Optimization.

Range of motion.

Mechanical properties.

Simulation.

Cerebral palsy.

Scholarships & fellowships.

Success.

Motivation.

Teaching.

Case studies.

Duty of care.

Probability distribution.

Illnesses.

Gait.

Psychologische aspecten.

Falls.

Neurosciences.

Neurons.

Weeds.

Mobility.

Physics.

Statistics.

Physiology.

Time series.

Equilibrium.

Arthritis.

Collagen.

Enzymes.

Dynamical systems.

Controllers.

Force.

Medicine.

Obesity.

Human mechanics.

M�ecanique humaine.

Gait in humans.

Adaptation (Physiology)

SCIENCE- Life Sciences

Age.

Posture.

Aging.

Memory.

Climbing.

Motion capture.

Muscle function.

Biostatistics.

Exercise.

Heart rate.

Investigations.

Trends.

Injuries.

Cartilage.

Pain.

Approximation.

Geometry.

Legs.

System theory.

Stroke.

Human body.

Injury prevention.

Software.

Medical research.

Deep learning.

Robots.