|
Chapter 1. |
Multiple learning problems are solved by sensory-motor systems
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1-29 |
|
Chapter 2.
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Parallel processing of movement and error signals
|
31-53 |
| Chapter 3. |
Saccadic learning using visual error signals: Self-motion vs. world-motion and cerebellar dynamics
|
55-110 |
| Chapter 4. |
Comparing target position with present position: Neural vectors
|
111-134 |
| Chapter 5. |
Adaptive linearization of the muscle plant
|
135-153 |
| Chapter 6. |
Spatial maps of motor patterns
|
155-173 |
| Chapter 7. |
Saccade generator and saccade reset
|
175-191 |
| Chapter 8. | Postural stability and length-tension regulation
|
193-202 |
| Chapter 9. |
Saccadic rhythm and predictive movement sequences
|
203-226 |
| Chapter 10. |
Formation of an invariant target position map
|
227-252 |
| Chapter 11. |
Visually reactive multimodal, intentional, and predictive movements: A synthesis
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253-290 |
| Chapter 12. |
Are there universal principles of sensory-motor control?
|
291-292 |
| Chapter 13. |
Neural dynamics of planned arm movements: Emergent invariants and speed-accuracy properties during trajectory formation
|
293-369 |
| Chapter 14. |
A comparative analysis of neural mechanisms, recent data, and alternative models.
|
371-394 |