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Gaze fixation patterns for negotiating complex ground terrain

Neuroscience, 2007-01, Vol.144 (1), p.302-313

2007

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Adaptation of gait termination on a slippery surface in Parkinson's disease

Gait & posture, 2013-04, Vol.37 (4), p.516-520

2013

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Balance recovery from medio-lateral perturbations of the upper body during standing

Journal of biomechanics, 1999-11, Vol.32 (11), p.1149-1158

1999

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Strategies for dynamic stability during adaptive human locomotion

IEEE engineering in medicine and biology magazine, 2003-03, Vol.22 (2), p.48-52

Patla, A.E.

2003

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Adaptability of human gait

Patla, A.E

1991

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An evaluation of sensorimotor integration during locomotion toward a target in Parkinson’s disease

Neuroscience, 2005, Vol.134 (1), p.283-293

2005

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Age-related changes in balance control system: initiation of stepping

Clinical biomechanics (Bristol), 1993-07, Vol.8 (4), p.179-184

1993

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5.12 Sensory adaptation for postural control:Standing vs. walking

Gait & posture, 2005-06, Vol.21, p.S26-S26

2005

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5.14 Stop and go locomotion over an obstacle under novision is less successful due to higher initial foot placement variability

Gait & posture, 2005-06, Vol.21, p.S26-S26

2005

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4.9 Presence of a real hole does not affect the selectionof alternate foot placement

Gait & posture, 2005-06, Vol.21, p.S19-S19

2005

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6.20 Active control of knee flexion during the step off an unexpected compliant surface to maintain similar toe clearance

Gait & posture, 2005-06, Vol.21, p.S38-S38

2005

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21.1 Path planning in an environment with disconnected foot-placement sectors: A fuzzy rule-based model

Gait & posture, 2005-06, Vol.21, p.S137-S137

2005

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6.17 Influence of voluntary arm movement duringlocomotion on stability margin

Gait & posture, 2005-06, Vol.21, p.S38-S38

2005

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6.19 Adaptations of walking pattern on a compliant surface

Gait & posture, 2005-06, Vol.21, p.S38-S38

2005

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21.2 Alternate foot-placement in the presence of a planarobstacle: Model development

Gait & posture, 2005-06, Vol.21, p.S137-S137

2005

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6.21 Stability requirements determine the preferred alternatefoot placement choice during human locomotion

Gait & posture, 2005-06, Vol.21, p.S39-S39

2005

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4.1 Fixate, therefore I will not hit the oscillating doors

Gait & posture, 2005-06, Vol.21, p.S17-S17

2005

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3.5 Vestibular threshold changes evoked by monopolar vestibular stimulation when traversing a curved or irregular travel path

Gait & posture, 2005-06, Vol.21, p.S14-S14

2005

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4.14 Contribution of different types of visual information to gait termination strategy

Gait & posture, 2005-06, Vol.21, p.S20-S20

2005

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Adaptability of Human Gait: Implications for the Control of Locomotion

Patla, A. E

1, 1991

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15.20 Turning strategy in patients with Parkinson's disease

Gait & posture, 2005-06, Vol.21, p.S95-S96

2005

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21.17 Navigation around obstacles without a bird's eye view of a cluttered environment

Gait & posture, 2005-06, Vol.21, p.S141-S141

2005

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11.7 Muscle activity modulation in climbing stairs withnon uniform risers

Gait & posture, 2005-06, Vol.21, p.S66-S66

2005

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18.26 Influence of a secondary task on protectiveresponses during sideways falls

Gait & posture, 2005-06, Vol.21, p.S119-S119

2005

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15.26 Control of dynamic stability during gait termination on a moving surface in Parkinson's disease

Gait & posture, 2005-06, Vol.21, p.S97-S97

2005

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Gaze fixation patterns for negotiating complex ground terrain

Adaptation of gait termination on a slippery surface in Parkinson's disease

Balance recovery from medio-lateral perturbations of the upper body during standing

Strategies for dynamic stability during adaptive human locomotion

Adaptability of human gait

An evaluation of sensorimotor integration during locomotion toward a target in Parkinson’s disease

Age-related changes in balance control system: initiation of stepping

5.12 Sensory adaptation for postural control:Standing vs. walking

5.14 Stop and go locomotion over an obstacle under novision is less successful due to higher initial foot placement variability

4.9 Presence of a real hole does not affect the selectionof alternate foot placement

6.20 Active control of knee flexion during the step off an unexpected compliant surface to maintain similar toe clearance

21.1 Path planning in an environment with disconnected foot-placement sectors: A fuzzy rule-based model

6.17 Influence of voluntary arm movement duringlocomotion on stability margin

6.19 Adaptations of walking pattern on a compliant surface

21.2 Alternate foot-placement in the presence of a planarobstacle: Model development

6.21 Stability requirements determine the preferred alternatefoot placement choice during human locomotion

4.1 Fixate, therefore I will not hit the oscillating doors

3.5 Vestibular threshold changes evoked by monopolar vestibular stimulation when traversing a curved or irregular travel path

4.14 Contribution of different types of visual information to gait termination strategy

Adaptability of Human Gait: Implications for the Control of Locomotion

15.20 Turning strategy in patients with Parkinson's disease

21.17 Navigation around obstacles without a bird's eye view of a cluttered environment

11.7 Muscle activity modulation in climbing stairs withnon uniform risers

18.26 Influence of a secondary task on protectiveresponses during sideways falls

15.26 Control of dynamic stability during gait termination on a moving surface in Parkinson's disease

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