Keywords: حرکت انسانی; Complexity; Fractal analysis; Human locomotion; Modelling study; Nonlinear gait variability;
مقالات ISI حرکت انسانی (ترجمه نشده)
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Keywords: حرکت انسانی; Measurement of slipperiness; Perception rating of slipperiness; Coefficient of friction; Human locomotion; Friction utilization;
Keywords: حرکت انسانی; Human locomotion; Motor behaviour; Obstacle avoidance; Perception-action integration; Time-to-contact;
Keywords: حرکت انسانی; Human locomotion; Leg compliance; Walking; Optimization; Cost surface; Metabolic cost;
Keywords: حرکت انسانی; Hybrid nanogenerator; Wearable; Human locomotion; Wrist-watch; Heart-rate monitoring; Sensor;
Keywords: حرکت انسانی; Dynamic balance; Human locomotion; Maximum Lyapunov exponent; Nonlinear analysis;
Keywords: حرکت انسانی; Human locomotion; Walking stability; Accelerometers; Local divergence exponents; Dynamic balance;
Keywords: حرکت انسانی; Multi-body kinematics optimisation; Kinematic constraints; Soft tissue artefact; Degree of agreement; Knee joint; Human locomotion;
Keywords: حرکت انسانی; Gait adaptation; Coefficient of friction; Human locomotion; Friction utilization;
Keywords: حرکت انسانی; Gait; Human locomotion; Stepping control; Optic flow;
Keywords: حرکت انسانی; EMG; Abdominal muscles; Coactivation; Spinal stability; Human locomotion;
Keywords: حرکت انسانی; Dimensionality reduction; Human locomotion; Gesture detection;
Keywords: حرکت انسانی; Human locomotion; Aging, Gait speed, Treadmill walking;
Keywords: حرکت انسانی; Cognitive task; Gait; Spatiotemporal; Kinematics; Human locomotion
Keywords: حرکت انسانی; Human locomotion; Hemiparesis; Kinetics; Biomechanics;
Keywords: حرکت انسانی; Lower back pain; Human locomotion; Walk; Biomechanics; Energy consumptionDor lombar; Locomoção humana; Caminhada; Biomecânica; Consumo de energia
Keywords: حرکت انسانی; Dor lombar; Locomoção humana; Caminhada; Biomecânica; Consumo de energiaLower back pain; Human locomotion; Walk; Biomechanics; Energy consumption
Keywords: حرکت انسانی; 2300; 2323; Aperture crossing; Action capabilities; Postural threat; Human locomotion; Affordances;
Keywords: حرکت انسانی; Obstacle circumvention; Children; Human locomotion; Perception of space; Kinematics;
Keywords: حرکت انسانی; Falls; Stroke; Human locomotion; Walking tests;
Keywords: حرکت انسانی; Mediolateral foot placement; Stroke; Gait analysis; Balance; Human locomotion;
Keywords: حرکت انسانی; Propulsion; Braking; Human locomotion; Gait; Electromyography;
Keywords: حرکت انسانی; Activity classification; Accelerometer; Ankle-foot orthoses; Human locomotion;
Keywords: حرکت انسانی; 2300; 2330; 2260; 2320; Human locomotion; Center of mass; Sacrum marker method; Locomotion control; Biomechanics;
Keywords: حرکت انسانی; Subject-specific musculoskeletal models; Bayesian muscle force simulator; Statistical muscle recruitment; Personalized hip loads; Level walking; Human locomotion; Stochastic muscle force generator;
Keywords: حرکت انسانی; Acoustic stimulation; Gait; Human locomotion;
Keywords: حرکت انسانی; Backward walking; Normal gait; Human locomotion; Gait analysis; Motion capture;
Keywords: حرکت انسانی; Gait; Attention; Dual-task; Aging; Curb ambulation; Older adults; Voice reaction time; Human locomotion;
Keywords: حرکت انسانی; Human locomotion; Coordination; Biomechanics; Kinetics;
Keywords: حرکت انسانی; Running biomechanics; Human locomotion; Forward dynamic simulation; Muscle function; Musculoskeletal modeling; Induced acceleration analysis;
Keywords: حرکت انسانی; 2300; 2330; Human locomotion; Poling force;
Fatigue study of ultra-runners: Presentation of a new approach for the separation of GRF signals components
Keywords: حرکت انسانی; Components separation; Passive peak; Cyclostationarity (CS); Human locomotion; Ultra-runners; Fatigue;
3D body segment oscillation and gait analysis for vestibular disorders
Keywords: حرکت انسانی; Gait; Human locomotion; 3D; Vestibular disorder;
Arm movements during split-belt walking reveal predominant patterns of interlimb coupling
Keywords: حرکت انسانی; 2330; Human locomotion; Coordination; Arm movement; Biomechanics;
The available coefficient of friction associated with different slip probabilities for level straight walking
Keywords: حرکت انسانی; Available coefficient of friction; Friction demand; Slip probability; Human locomotion;
Older adults are guided by their dynamic perceptions during aperture crossing
Keywords: حرکت انسانی; Age-related differences; Human locomotion; Aperture passage; Affordances; Perceptual judgments; Body kinematics
A comparison of required coefficient of friction for both feet in level walking
Keywords: حرکت انسانی; Friction requirement; Foot difference; Human locomotion
Attentional demands of cued walking in healthy young and elderly adults
Keywords: حرکت انسانی; Attention; Dual-task; Treadmill walking; Cueing; Human Locomotion;
Neuronal plasticity after a human spinal cord injury: Positive and negative effects
Keywords: حرکت انسانی; Neuronal plasticity; Spinal cord injury; Human locomotion; EMG-activity; Neuronal dysfunction; Load receptors;
Recurrence quantification analysis of gait in normal and hypovestibular subjects
Keywords: حرکت انسانی; Vestibular hypofunction; Inertial sensors; Nonlinear analysis; Balance; Human locomotion;
Action strategies of older adults walking through apertures
Keywords: حرکت انسانی; Human locomotion; Older adults; Affordances; Actions; Kinematics;
Time-varying behaviour, test-retest reliability and concurrent validity of lateral trunk lean and toe-out angles during prolonged treadmill walking
Keywords: حرکت انسانی; Compensatory gait biomechanics; Human locomotion; Measurement properties;
Decreased gastrocnemius temporal muscle activation during gait in elderly women with history of recurrent falls
Keywords: حرکت انسانی; Gait; Falls; Human locomotion; Electromyography; Elderly;
Walking to the beat of different drums: Practical implications for the use of acoustic rhythms in gait rehabilitation
Keywords: حرکت انسانی; Human locomotion; Metronome; Auditory-motor coordination; Gait rehabilitation;
Walking kinematics in individuals with patellofemoral pain syndrome: A case-control study
Keywords: حرکت انسانی; Patellofemoral pain syndrome; Gait; Walking; Kinematics; Human locomotion; Hip; Knee; Foot;
Walking while resisting a perturbation: Effects on ankle dorsiflexor activation during swing and potential for rehabilitation
Keywords: حرکت انسانی; Human locomotion; Motor control; Robotics; Ankle dorsiflexor muscles; Electromyography;
Locomotion in restricted space: Kinematic and electromyographic analysis of stoopwalking and crawling
Keywords: حرکت انسانی; Human locomotion; Gait; Posture; Constrained Space; Stoopwalking; Crawling;
Application of wearable sensors for human gait analysis using fuzzy computational algorithm
Keywords: حرکت انسانی; Human locomotion; Inertial sensor; Fuzzy computational algorithm; Ground reaction forces (GRFs)
Ultrasonography as a tool to study afferent feedback from the muscle–tendon complex during human walking
Keywords: حرکت انسانی; Afferent feedback; Muscle–tendon interaction; Ultrasound; Human locomotion; Muscle spindle; Golgi tendon organ
Using ambulatory virtual environments for the assessment of functional gait impairment: A proof-of-concept study
Keywords: حرکت انسانی; Gait; Virtual reality; Virtual environment; Gait assessment; Human locomotion; Locomotor assessment protocol; Lower extremity deficit; Walking perturbation; Obstacles