Kooperativer Bibliotheksverbund

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Umfang: 1 online resource (335 pages)

Ausgabe: First edition.

ISBN: 9783031511059

Anmerkung: Intro -- Preface -- Introduction -- Contents -- Chapter 1: Nature of Neuronal Organization: Structural Agnosticism and Its Origin -- 1.1 Introduction -- 1.2 Current Understanding of Neuronal Migration -- 1.3 Current Understanding of Cognitive Plasticity -- 1.4 Current Understanding of the Modularity of Mind -- 1.5 Neural Networks and Cognitive Functionalities -- 1.6 Synaptic Junctions and Cognitive Functionalities -- 1.7 Structural Gap Between Neurology and Cognitive Science -- 1.8 Semantic Gap Between Neurology and Cognitive Science -- 1.9 Proposed Model of Neural Structuralism and Cognitive Functionalities -- 1.10 Topological Model of Cognition and Its Evolution -- 1.11 Neuronal Migration in the Proposed Model -- 1.12 Cognitive Plasticity in the Proposed Model -- 1.13 Role of Synaptic Junctions in the Proposed Model -- 1.14 Role of Neuronal Networks in the Proposed Model -- 1.15 Semantic Implications of the Proposed Model -- 1.16 Conclusion -- References -- Chapter 2: Natural Selection in Neuronal Organization: Origins of Cognition -- 2.1 Introduction -- 2.2 Structural Agnosticism at the Level of Individual Neurons -- 2.3 Structural Agnosticism at the Level of Neuronal Networks -- 2.4 Role of Developmental Processes in Structural Agnosticism -- 2.5 Conventional Perspective on the Units of Selection -- 2.6 Structural Template of Natural Selection According to the Proposed Model -- 2.7 Individual Neurons as Units of Selection -- 2.8 Natural Selection of Individual Neurons According to the Proposed Model -- 2.9 Neuronal Networks as Units of Selection -- 2.10 Natural Selection of Neuronal Networks According to the Proposed Model -- 2.11 Origins of Structural Agnosticism According to the Proposed Model -- 2.12 Neuronal Migration as a Proof of Two Different Types of Natural Selection -- 2.13 Semantics of Two Types of Natural Selection. , 2.14 Relationship Between Neuronal Structuralism and Cognitive Functionalities According to the Proposed Model -- 2.15 Topological Imperative of Cognition -- 2.16 Conclusion -- References -- Chapter 3: Nature of the Relationship Between the Brain and the Mind -- 3.1 Introduction -- 3.2 Structural Mismatch Between Neurology and Cognitive Science -- 3.3 Semantic Mismatch Between Neurology and Cognitive Science -- 3.4 The Problem of Defining Intelligence -- 3.5 The Problem of Self-reference -- 3.6 The Problem of Epistemological Access -- 3.7 Why Cannot a Neurological Perspective Resolve These Problems? -- 3.8 Why Cannot Cognitive Theory Resolve These Problems? -- 3.9 The Proposed Model of the Cartesian Split -- 3.10 Naturalistic Implications of the Proposed Model -- 3.11 The Proposed Model of the Relationship Between the Brain and Mind -- 3.12 Self-reference in the Proposed Model -- 3.13 Epistemological Access in the Proposed Model -- 3.14 Formal Description of Intelligence in the Proposed Model -- 3.15 Semantics of Knowledge Acquisition -- 3.16 Structuralism of Knowledge Acquisition -- 3.17 Conclusion -- References -- Chapter 4: Nature of Cognition: An Involuted Model of Sensory Perceptions -- 4.1 Introduction -- 4.2 Conventional Perspective of Processing of the Sensory Stimuli -- 4.3 Signal Processing and Integration of Signals During Sensory Perceptions -- 4.4 Modularity in the Sensory Perceptions -- 4.5 Critique of the Conventional Perspective -- 4.6 Proposed Model of the Sensory Perceptions -- 4.7 Topological Differentiation of Sensory Perceptions -- 4.8 Conventional Perspective of Qualia -- 4.9 Qualia According to the Proposed Model -- 4.10 Formal Description of the Sensory Module -- 4.11 Sensory Module in the Hierarchy of Modules -- 4.12 Separation of Neurological and Cognitive Aspects of Sensory Perceptions as an Evolutionary Imperative. , 4.13 Evolution of Differentiation of the Sensory Module from the Cognitive Faculty -- 4.14 Evolution of Differentiation Within the Sensory Module -- 4.15 Semantic Implications of the Proposed Sensory Module -- 4.16 Conclusion -- References -- Chapter 5: Nature of Psychological Memory: An Involuted Model of Virtual Storage -- 5.1 Introduction -- 5.2 Conventional Perspective of Cognitive Memory -- 5.3 Conventional Perspective of Memory Recall -- 5.4 Shortcomings of the Conventional Perspective -- 5.5 Semantics of Virtual Nature of Cognitive Memory -- 5.6 Semantics of Infinite Amount of Cognitive Memory -- 5.7 Topological Imperative of the Semantics of Cognitive Memory -- 5.8 The Proposed Model of Architecture of Cognitive Memory -- 5.9 Memory Storage in the Proposed Model -- 5.10 Memory Recall in the Proposed Model -- 5.11 How Nonlocal Information Storage Leads to the Perception of Virtuality of Cognitive Memory? -- 5.12 How Different Granularities of Information Content Lead to the Perception of Infinite Information Content of Cognitive Memory? -- 5.13 How Emotions Distort the Information Retrieval? -- 5.14 Information Distortion as a Product of Semantic Darwinism -- 5.15 Naturalistic Foundation of Cognitive Memory -- 5.16 Conclusion -- References -- Chapter 6: Nature of Human Intelligence: An Involuted Model of Semantic Search -- 6.1 Introduction -- 6.2 Conventional Perspective of Intelligence -- 6.3 Semantic Problems with the Conventional Perspective -- 6.4 Structural Problems with the Conventional Perspective -- 6.5 Intelligence as a Semantic Search -- 6.6 The Proposed Model of Semantic Search -- 6.7 Semantic Search Versus Logical Analysis -- 6.8 Topological Framework for Logical Analysis -- 6.9 New Definition of Intelligence -- 6.10 Neuronal Networks and Logical Analysis -- 6.11 Topological Integration of Neuronal Networks in Semantic Processing. , 6.12 Multimodal Representation of Intelligence in the New Model -- 6.13 Advantages of New Multimodal Model of Intelligence -- 6.14 Epistemological Foundation of the New Model -- 6.15 Quantitative Methodology in the Proposed Model -- 6.16 Conclusion -- References -- Chapter 7: Compositionality Versus Computability: Topology of Cognitive Computations -- 7.1 Introduction -- 7.2 Conventional Perspective of Cognition -- 7.3 Conventional Perspective of Computation -- 7.4 The Role of the Cartesian Paradigm on These Conventional Perspectives -- 7.5 Critique of the Cognitive Perspective of Compositionality and Computability -- 7.6 Critique of the Computational Perspective of Compositionality and Computability -- 7.7 Critique of the Cartesian Paradigm -- 7.8 The Proposed Model -- 7.9 Naturalism in the Proposed Model -- 7.10 Compositionality in the New Model -- 7.11 Computability in the New Model -- 7.12 Critique of the Conventional Perspective of Compositionality and Computability -- 7.13 Reinterpretation of Compositionality and Computability -- 7.14 Role of Self-Reference in Compositionality and Computability -- 7.15 Metaphysics of Compositionality and Computability -- 7.16 Conclusion -- References -- Chapter 8: Cognitive Architecture: Modularity of Mind and Its Integration -- 8.1 Introduction -- 8.2 Topological Imperative of Cognition -- 8.3 Modularity of Mind in the Proposed Model -- 8.4 Module of Sensory Perceptions -- 8.5 Module of Memory Storage -- 8.6 Module for Logical Reasoning -- 8.7 Cognitive Computations Within the Modules -- 8.8 Cognitive Computations Among the Modules -- 8.9 Operator of Involution as a Compositional Operator -- 8.10 Inverse Operator of Involution as an Integration Operator -- 8.11 Noetic Self -- 8.12 Semantic Processing as Topological Operations -- 8.13 The Role of Noetic Self in Semantic Processing. , 8.14 Compositional Computation as Symbolic Algebraic Operations -- 8.15 Integration of Semantic and Symbol Processing -- 8.16 Truth Value Definition -- 8.17 Truth Value Verification -- 8.18 Topological Map of Cognitive Faculty -- 8.19 Naturalism in the Proposed Model -- 8.20 Cognitive Darwinism -- 8.21 Conclusion -- References -- Epilogue -- Appendix A: Involuted Manifold Model of Genomes -- Glossary -- Index.

Weitere Ausg.: ISBN 9783031511042

Sprache: Englisch