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Motor lateralization is characterized by a serial hybrid control scheme
V. Yadav,
Robert L. Sainburg
Kinesiology
Department of Neurology
Huck Institutes of the Life Sciences
Penn State Neuroscience Institute
Research output
:
Contribution to journal
›
Article
›
peer-review
60
Scopus citations
Overview
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Keyphrases
Acceleration Time
25%
Arm Movement
50%
Between-limb Differences
50%
Computational Model
25%
Control Mechanism
50%
Control Model
25%
Control Paradigm
25%
Controlled Switching
25%
Controller
25%
Controller Performance
25%
Dominant Arm
25%
Dynamic Dominance
25%
Elbow Joint
25%
Hybrid Control
100%
Impedance Control
50%
Interlimb Coordination
25%
Joint Movement
25%
Left Arm
25%
Left-handers
25%
Mathematical Formulation
25%
Motor Lateralization
100%
Operational Model
25%
Peak Acceleration
25%
Peak Velocity
25%
Predictive Control
50%
Reaching Movements
25%
Relative Timing
25%
Right Arm
25%
Right-handers
25%
Serial Hybrid
100%
Single Joint
25%
Task Performance
25%
Thentest
25%
Theoretical Understanding
25%
Unilateral Stroke
25%
Young Healthy Subjects
25%
Psychology
Plausibility
100%