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Computer Science
Control Systems
Motor Learning and Control
1. Introduction to Motor Behavior
2. Neural Foundations of Motor Control
3. Principles of Motor Control
4. Sensory Contributions to Motor Control
5. Motor Learning Principles
6. Theories and Models of Motor Learning
7. Computational Approaches to Motor Control
8. Applications and Special Populations
Neural Foundations of Motor Control
Cortical Motor Areas
Primary Motor Cortex
Somatotopic Organization
Corticospinal Projections
Role in Force Control
Population Vector Hypothesis
Premotor Areas
Lateral Premotor Cortex
Movement Selection
Conditional Motor Learning
Dorsal Premotor Cortex
Spatial Movement Preparation
Ventral Premotor Cortex
Object-Directed Actions
Supplementary Motor Areas
Supplementary Motor Area Proper
Self-Initiated Movements
Movement Sequences
Pre-Supplementary Motor Area
Movement Planning
Cognitive Control
Posterior Parietal Cortex
Sensorimotor Transformations
Spatial Attention for Action
Intention and Planning
Subcortical Motor Structures
Basal Ganglia
Anatomical Organization
Striatum
Globus Pallidus
Substantia Nigra
Subthalamic Nucleus
Functional Circuits
Direct Pathway
Indirect Pathway
Hyperdirect Pathway
Role in Movement
Action Selection
Movement Initiation
Habit Formation
Cerebellum
Anatomical Divisions
Cerebrocerebellum
Spinocerebellum
Vestibulocerebellum
Functional Roles
Motor Coordination
Motor Learning
Predictive Control
Error Correction
Brainstem Motor Centers
Superior Colliculus
Orienting Movements
Eye-Head Coordination
Reticular Formation
Postural Control
Locomotor Rhythms
Vestibular Nuclei
Balance and Orientation
Spinal Motor Organization
Spinal Cord Anatomy
Gray Matter Organization
Motor Neuron Pools
Interneuron Networks
Descending Motor Pathways
Corticospinal Tract
Lateral Corticospinal Tract
Anterior Corticospinal Tract
Fine Motor Control
Rubrospinal Tract
Limb Flexor Control
Vestibulospinal Tracts
Postural Muscle Control
Reticulospinal Tracts
Axial and Proximal Control
Tectospinal Tract
Head and Neck Movements
Spinal Reflexes
Stretch Reflex
Monosynaptic Pathway
Muscle Spindle Input
Functional Significance
Tendon Reflex
Golgi Tendon Organ Input
Protective Function
Flexor Withdrawal Reflex
Polysynaptic Organization
Crossed Extension
Reciprocal Inhibition
Antagonist Muscle Control
Central Pattern Generators
Locomotor CPGs
Respiratory CPGs
Rhythmic Movement Control
Modulation by Descending Input
Motor Unit Organization
Alpha Motor Neurons
Cell Body Location
Axonal Properties
Innervation Patterns
Motor Unit Types
Slow-Twitch Units
Type I Fibers
Fatigue Resistance
Force Characteristics
Fast-Twitch Oxidative Units
Type IIa Fibers
Moderate Fatigue Resistance
Fast-Twitch Glycolytic Units
Type IIx Fibers
High Force, Low Endurance
Motor Unit Recruitment
Henneman's Size Principle
Orderly Recruitment Pattern
Force Gradation Mechanisms
Rate Coding
Firing Frequency Modulation
Force-Frequency Relationship
Temporal Summation
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1. Introduction to Motor Behavior
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3. Principles of Motor Control