Useful Links
Computer Science
Control Systems
Neuromotor Control
1. Foundations of Neuromotor Control
2. Neural Substrates of Motor Control
3. Control System Principles
4. Sensory Systems for Motor Control
5. Motor Learning and Plasticity
6. Control of Specific Motor Behaviors
7. Computational Approaches
8. Motor Control Disorders
Motor Learning and Plasticity
Defining Motor Learning
Performance Changes
Retention
Transfer
Generalization
Learning versus Performance
Stages of Motor Learning
Cognitive Stage
High Attention Demands
Variable Performance
Verbal-Cognitive Strategies
Associative Stage
Refinement Phase
Error Detection and Correction
Reduced Variability
Autonomous Stage
Automatic Performance
Consistent Execution
Dual-Task Capability
Types of Motor Learning
Motor Adaptation
Sensorimotor Adaptation
Force Field Adaptation
Visuomotor Adaptation
Error-Based Learning
Skill Acquisition
Novel Skill Learning
Sequence Learning
Timing Learning
Use-Dependent Learning
Repetition Effects
Bias in Movement Direction
Neural Mechanisms of Learning
Synaptic Plasticity
Long-Term Potentiation
Long-Term Depression
Spike-Timing Dependent Plasticity
Structural Plasticity
Dendritic Changes
Spine Formation
Axonal Sprouting
Cortical Map Reorganization
Use-Dependent Changes
Skill-Specific Modifications
Cerebellar Learning
Error Signals
Climbing Fiber Input
Purkinje Cell Plasticity
Memory Consolidation
Online Learning
Within-Session Changes
Offline Learning
Between-Session Changes
Sleep-Dependent Consolidation
Memory Interference
Anterograde Interference
Retrograde Interference
Reconsolidation
Memory Reactivation
Update Mechanisms
Previous
4. Sensory Systems for Motor Control
Go to top
Next
6. Control of Specific Motor Behaviors