Table of Contents
Table of Contents
Preface
Introduction
Chapter 1. The Initial Points, Results, and Principles of the Approach
Chapter 2. The Emerging Space-Time Observer: Constrains and Microprocesses
Chapter 3. The Evaluations Probabilities, Constrains, and Limitations on the Observations
Chapter 4. Information Dynamic Processes Determined by the Extreme of EF and IPF Functionals
Chapter 5. The Arising Observer. Collective Information
Chapter 6. The Emerging Self-Organization of the Observer Multi-level Information Dynamics
Chapter 7. The Observer Emerging Self-Encoding, Cooperative Complexity, Information Mass, Space Curvature, and Self-Replication
Chapter 8. Observer Cognition and Intelligence
Chapter 9. Summary of the Arising Information Regularities in an Observer
Chapter 10. Areas of Application
Conclusion
Appendix
About the Author
Additional Information
Keywords: impulse probabilistic observation, cutting correlation, curving interactions, minimax Information law, wave function, micro-macro processes, integral Information measure, causal logic, time arrow, encoding, triplet code, variation equations, cooperative Information dynamics, hierarchical networks, objective and subjective observers, self-forming cognition and intellect, AI observer, applications
Audience: Potential users in areas: Information Sciences, Information Physics, Artificial Intelligence, Control, Mathematical Modeling, Complex Systems, Computer and Electrical Engineering
Potential readers: Academic Professional , University Students, Scholars, General Public interested in Artificial Intelligence, Information we observe, Science Foundation, Origin of World