Table of Contents for an Outline and for Presentations:
Organization | | Titles | | Parts |
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Outline | | | | |
There are 6 stories, nested like Russian nested dolls | | Table of Images following the outline | | |
| Table of Web-pages following the outline | | |
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1 within-individual information processing for action | | structural elements | | |
(theoretical neuroscience) | | 11 Moving the body using muscles, bones, & joints | | |
| | 12 The geometry of action through joint rotation | | |
| | 13 Timing coordination requirements for joint rotations | | |
| | 14 The eye as a joint for perception | | |
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| | action control - 'inner language' programming elements | | |
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| | 21 Action sequences - at three levels | | |
| | 22 Perception for conditional action | | |
| | 23 Instincts & Learning of action scripts: the capacity to act | | |
| | 24 Information processing architecture for perception and action | | |
| | 25 methodology: feasibility | | |
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2 within-individual: initial information from DNA | | | | |
(bioinformatics) | | 31 DNA | | |
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3 within-individual: add information from learning | | | | |
(theoretical neuroscience, behavioural sciences biology) | | 32 memory & learning | | |
| | 33 methodology: alternatives not feasible | | |
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4 between-individual information passing | | | | |
(theoretical neuroscience, behavioural sciences biology) | | 41 'new' DNA | | |
| | 42 apprenticeship learning | | |
| | 43 division of labour | | |
| | 44 'culture' | | |
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5 evolution within species | | | | |
(evolutionary biology) | | 51 DNA + apprenticeship learning: dual channel evolution | | |
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6 evolution across species | | | | |
(evolutionary biology) | | 61 information content reflecting action sequence capabilities | | |
| | 62 information content of the most capable species over time | | |
| | 63 evolution of 'culture' across species | | |
| | 64 evolution of language for communication across species | | |
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