26 results on '"Kurz, Max J"'
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2. INDIVIDUAL LIMB WORK IS INFLUENCED BY ANKLE-FOOT-ORTHOTICS WORN BY CHILDREN WITH CEREBRAL PALSY.
3. FREQUENCY INFLUENCES THE REGULARITY OF THE STRUCTURAL VARIATIONS PRESENT IN THE LEG SWING KINEMATICS.
4. INCREASED INERTIAL FORCES REDUCES LOCOMOTIVE STABILITY.
5. DYNAMIC STABILTIY OF THE PARKINSONIAN GAIT.
6. LEVODOPA INFLUENCES THE REGULARITY OF THE ANKLE JOINT KINEMATICS IN INDIVIDUALS WITH PARKINSON'S DISEASE.
7. LOCOMOTION STABILITY IN SIMULATED MARTIAN GRAVITY: INSIGHTS ON THE INFLUENCE OF LOAD LOCATION.
8. CAN A PASSIVE DYNAMIC WALKING ROBOT EXHIBIT A DETERMINISTIC NONLINEAR GAIT?
9. THE EFFECTS OF AGE AND PARTIAL BODY WEIGHT SUPPORT ON KINEMATIC VARIABILITY DURING TREADMILL WALKING.
10. PENGUIN WADDLING RESULTS IN REDUCED STEP WIDTH VARIABILITY.
11. CAN HIP JOINT ACTUATIONS BE USED TO CONTROL THE STRUCTURE OF CHAOTIC LOCOMOTION?
12. IS THERE A GAIT TRANSITION BETWEEN RUN AND SPRINT?
13. DOES FOOTWEAR INFLUENCE THE STRUCTURE OF CHAOTIC GAIT PATTERNS?
14. AN ARTIFICIAL NEURAL NETWORK THAT UTILIZES A CHAOTIC CONTROL SCHEME FOR STABLE LOCOMOTION.
15. AN INVESTIGATION OF THE DETERMINISTIC ORIGIN OF POSTURAL CONTROL DATA.
16. NONLINEAR ANALYSIS OF POSTURAL CONTROL IN HEALTHY ADULTS STANDING WITH EYES OPEN AND EYES CLOSED.
17. NONLINEAR ANALYSIS OF POSTURAL CONTROL IN DIFFERENT POSITIONS.
18. CONTROLLING BIFURCATIONS AND CHAOTIC GAIT WITH HIP JOINT ACTUATIONS IN A SIMPLE WALKING MODEL.
19. THE STABILITY OF THE LYAPUNOV EXPONENT AT DIFFERENT SAMPLING FREQUENCIES DURING TREADMILL WALKING.
20. The Spanning Set Defines Variability in Locomotive Patterns.
21. Neuromuscular Variability During Locomotion is Affected by Footwear.
22. AN IMPROVED SURROGATE METHOD FOR DETECTING THE PRESENCE OF CHAOS IN GAIT.
23. IS THERE A GAIT TRANSITION BETWEEN RUN AND SPRINT?
24. AN INVERTED PENDULUM MODEL INDICATES THAT PARKINSON'S DISEASE RESULTS IN ALTERED NEUROMUSCULAR STIFFNESS FOR CONTROLLING GAIT.
25. AN ARTIFICIAL NEURAL NETWORK THAT EXPLORES THE ROLE OF SENSORY INFORMATION FOR LEARNING THE NEURAL CONNECTIONS FOR LOCOMOTION.
26. DOES GRAVITY INFLUENCE THE STRUCTURE OF CHAOTIC GAIT PATTERNS?
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