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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
Sensory Contributions to Motor Control
Proprioceptive System
Muscle Spindles
Intrafusal Fiber Types
Nuclear Bag Fibers
Nuclear Chain Fibers
Afferent Types
Primary Endings (Ia)
Secondary Endings (II)
Gamma Motor Control
Static Gamma Neurons
Dynamic Gamma Neurons
Alpha-Gamma Coactivation
Golgi Tendon Organs
Anatomical Structure
Ib Afferent Properties
Force Sensitivity
Protective Functions
Joint Receptors
Ruffini Endings
Pacinian Corpuscles
Position and Movement Sensing
Cutaneous Mechanoreceptors
Slowly Adapting Receptors
Merkel Discs
Ruffini Endings
Rapidly Adapting Receptors
Meissner Corpuscles
Pacinian Corpuscles
Tactile Contributions to Movement
Visual System Contributions
Visual Processing Streams
Ventral Stream
Object Recognition
Conscious Perception
Dorsal Stream
Spatial Localization
Action Guidance
Visuomotor Transformations
Visual Information for Movement
Optical Flow
Self-Motion Detection
Collision Avoidance
Locomotor Control
Visual Feedback
Online Movement Corrections
Discrete vs Continuous Guidance
Peripheral Vision
Motion Detection
Spatial Orientation
Eye-Hand Coordination
Gaze Control Strategies
Predictive Eye Movements
Visual-Motor Synchronization
Vestibular System
Semicircular Canals
Angular Acceleration Detection
Vestibulo-Ocular Reflex
Head Movement Sensing
Otolith Organs
Utricle and Saccule
Linear Acceleration Detection
Gravity Sensing
Spatial Orientation
Vestibular Reflexes
Vestibulo-Spinal Reflexes
Vestibulo-Collic Reflexes
Postural Adjustments
Multisensory Integration
Sensory Weighting
Context-Dependent Weighting
Reliability-Based Integration
Adaptive Reweighting
Sensory Conflicts
Intersensory Discrepancies
Adaptation Mechanisms
Recalibration Processes
Sensory Substitution
Compensatory Mechanisms
Cross-Modal Plasticity
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3. Principles of Motor Control
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5. Motor Learning Principles