- Title Pages
- Series Foreword
- Preface
- 1 Cognitive Biology: The New Cognitive Sciences
- II SPACE
- 2 The Role of Social Selection in the Evolution of Hippocampal Specialization
- 3 Spatial Cognition, Memory Capacity, and the Evolution of Mammalian Hippocampal Networks
- 4 Space for the Brain in Cognitive Science
- 5 Animals as Natural Geometers
- 6 Is Cognitive Modularity Necessary in an Evolutionary Account of Development?
- III QUALITIES AND OBJECTS
- 7 Color Generalization by Birds
- 8 Evolutionary Biology of Limited Attention
- 9 Learning to See and Conceive
- IV NUMBERS AND PROBABILITY
- 10 A Comparative Perspective on the Origin of Numerical Thinking
- 11 Numerical and Spatial Intuitions: A Role for Posterior Parietal Cortex?
- 12 Learning in Core and Noncore Domains
- 13 Neuroscience, Psychology, and Economic Behavior: The Emerging Field of Neuroeconomics
- V SOCIAL ENTITIES
- 14 Neuroethology of Attention in Primates
- 15 The Human Social Brain: An “Evo-Devo” Perspective
- 16 Ontogenetic Development Matters
- Contributors
- Index
Learning to See and Conceive
Learning to See and Conceive
- Chapter:
- (p.163) 9 Learning to See and Conceive
- Source:
- Cognitive Biology
- Author(s):
Robert L. Goldstone
Alexander Gerganov
David Landy
Michael E. Roberts
- Publisher:
- The MIT Press
This chapter presents several sources of evidence that point out that perceptual learning is early in several senses: neurological, functional, and developmental. It also discusses perceptual learning via unitization and differentiation. The chapter also examines the basic workings of conceptual and perceptual learning by the unitization and segmentation model or CPLUS. This model applies competitive learning to the problem of segmentation by uniting complex configurations and differentiating input patterns into separate categories.
Keywords: perceptual learning, unitization, differentiation, CPLUS, segmentation
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- Title Pages
- Series Foreword
- Preface
- 1 Cognitive Biology: The New Cognitive Sciences
- II SPACE
- 2 The Role of Social Selection in the Evolution of Hippocampal Specialization
- 3 Spatial Cognition, Memory Capacity, and the Evolution of Mammalian Hippocampal Networks
- 4 Space for the Brain in Cognitive Science
- 5 Animals as Natural Geometers
- 6 Is Cognitive Modularity Necessary in an Evolutionary Account of Development?
- III QUALITIES AND OBJECTS
- 7 Color Generalization by Birds
- 8 Evolutionary Biology of Limited Attention
- 9 Learning to See and Conceive
- IV NUMBERS AND PROBABILITY
- 10 A Comparative Perspective on the Origin of Numerical Thinking
- 11 Numerical and Spatial Intuitions: A Role for Posterior Parietal Cortex?
- 12 Learning in Core and Noncore Domains
- 13 Neuroscience, Psychology, and Economic Behavior: The Emerging Field of Neuroeconomics
- V SOCIAL ENTITIES
- 14 Neuroethology of Attention in Primates
- 15 The Human Social Brain: An “Evo-Devo” Perspective
- 16 Ontogenetic Development Matters
- Contributors
- Index
