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Neural tuning functions underlie both generalization and interference
Ian S. Howard,
David W. Franklin
University of Plymouth
University of Cambridge
Research output
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Contribution to journal
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Article
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peer-review
21
Scopus citations
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Keyphrases
Force Field
100%
Tuning Function
100%
Neural Tuning
100%
Directional Tuning
83%
Movement Direction
50%
Single Forces
50%
Motor Memory
50%
Adaptation
33%
Contextual Information
33%
Interference Test
33%
Context Effects
33%
Interference Task
33%
Adaptive Behavior
16%
Learning Task
16%
Memory-based Learning
16%
Training Direction
16%
Tuning Effect
16%
Backswing
16%
Memory Recall
16%
Tuning Curve
16%
Field Learning
16%
Dynamic Learning
16%
Motion Angle
16%
Force Compensation
16%
Psychology
Motor Memory
100%
Learning and Memory
33%
Field Study
33%
Neuroscience
Behavior (Neuroscience)
100%