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Table of Contents
Preface; Acknowledgements; Contents; Editor Biography; Scientific Committee; List of Contributors; Part I Opening Lecture; 1 Quantum Effects in Linguistic Endeavors; 1 A Methodological Premise; 2 Two Separate Cognitive Processes; 3 Perceptions vs Linguistic Processes; 4 A Novel Aspect of Quantum Behavior; 5 Conclusions; References; Part II Studies of the Emergence: Models and Simulations; 2 Cross-Frequency Modulation, Network Information Integration and Cognitive Performance in Complex Systems; 1 The Systemic Approach to the Study of Brain Activity; 2 The Cross-Frequency Modulation.
3 An Experimental Study of CfM; 4 Behavioral Data; 5 Brain Areas Involved in the Event Related Response to CSP; 6 Correlation Study About CfM Effect Relationship with Neurophysiology and Task Performance; 7 Modulation Delay (Phase Angle); 8 Number of Brain Resources Involved (Dipole Residual Variance); 9 Activation of Salience Network (Event Related Modulation Index and N1-P2-N2 Triplet); 10 Error State Management (Non Event Related Modulation Index and Ne); 11 Considerations About Experimental Data; 12 Computer Simulations; 13 Conclusions; References.
3 Testing Different Learning Strategies on a Simple Connectionist Model of Numerical Fact Retrieval; 1 Number Representation; 1.1 Number Encoding Schemes; 1.2 Numerosity Coding: Simulations; 2 Finger Counting and Arithmetic Development; 2.1 Algorithmic Features of the Finger Counting Routine; 2.2 Net Description and Experiments; 2.3 Discussion; 3 Conclusions and Further Developments; References; 4 Dynamical Systems and Automata; 1 Introduction; 2 Dynamical Systems; 3 State Space Partition; 4 Associated Automata; 5 An Example; 6 Remarks; 7 Conclusions; References.
Part III The Contribution of Physics to a New General Theory of Systems; 5 Towards the Study of New Nuclear Energies; 1 Introduction; 2 Dynamical Structure of a Deuteron; 3 The Meaning of the Electromagnetic Energy (Binding Energy); 4 The Spin and the Electric Charge; 5 Chain Nuclear Reaction; 6 The Center of Mass; 7 Remark; 8 Conclusions; References; 6 Decomposing Dynamical Systems; 1 Introduction; 2 Dynamical Systems on Monoids; 3 Subspaces and Subsystems; 4 Past and Future; 5 Constituent Subspaces and the Decomposition Theorem; 6 Constituent Subsystems.
7 Composition of Disjoint Dynamical Systems; 8 The Composition Theorem; References; 7 For a Topology of Dynamical Systems; 1 Introduction; 2 Outward Topologies; 3 Dynamical Topologies; 4 Conclusion; References; Part IV New Systemic Contents of Disciplinary Approaches and Problems; 8 EPAS: Artificial Intelligent System for Assistance; 1 Introduction; 2 Complex Intelligent Systems; 3 EPAS; References; 9 From Systemic Complexity to Systemic Simplicity: A New Networking Node Approach; 1 Introduction; 2 Achieving Systemic Resilience and Antifragility.
3 An Experimental Study of CfM; 4 Behavioral Data; 5 Brain Areas Involved in the Event Related Response to CSP; 6 Correlation Study About CfM Effect Relationship with Neurophysiology and Task Performance; 7 Modulation Delay (Phase Angle); 8 Number of Brain Resources Involved (Dipole Residual Variance); 9 Activation of Salience Network (Event Related Modulation Index and N1-P2-N2 Triplet); 10 Error State Management (Non Event Related Modulation Index and Ne); 11 Considerations About Experimental Data; 12 Computer Simulations; 13 Conclusions; References.
3 Testing Different Learning Strategies on a Simple Connectionist Model of Numerical Fact Retrieval; 1 Number Representation; 1.1 Number Encoding Schemes; 1.2 Numerosity Coding: Simulations; 2 Finger Counting and Arithmetic Development; 2.1 Algorithmic Features of the Finger Counting Routine; 2.2 Net Description and Experiments; 2.3 Discussion; 3 Conclusions and Further Developments; References; 4 Dynamical Systems and Automata; 1 Introduction; 2 Dynamical Systems; 3 State Space Partition; 4 Associated Automata; 5 An Example; 6 Remarks; 7 Conclusions; References.
Part III The Contribution of Physics to a New General Theory of Systems; 5 Towards the Study of New Nuclear Energies; 1 Introduction; 2 Dynamical Structure of a Deuteron; 3 The Meaning of the Electromagnetic Energy (Binding Energy); 4 The Spin and the Electric Charge; 5 Chain Nuclear Reaction; 6 The Center of Mass; 7 Remark; 8 Conclusions; References; 6 Decomposing Dynamical Systems; 1 Introduction; 2 Dynamical Systems on Monoids; 3 Subspaces and Subsystems; 4 Past and Future; 5 Constituent Subspaces and the Decomposition Theorem; 6 Constituent Subsystems.
7 Composition of Disjoint Dynamical Systems; 8 The Composition Theorem; References; 7 For a Topology of Dynamical Systems; 1 Introduction; 2 Outward Topologies; 3 Dynamical Topologies; 4 Conclusion; References; Part IV New Systemic Contents of Disciplinary Approaches and Problems; 8 EPAS: Artificial Intelligent System for Assistance; 1 Introduction; 2 Complex Intelligent Systems; 3 EPAS; References; 9 From Systemic Complexity to Systemic Simplicity: A New Networking Node Approach; 1 Introduction; 2 Achieving Systemic Resilience and Antifragility.