- Title Pages
- Epigraph
- Preface
-
Chapter 1 Introduction -
Chapter 2 Basic Concepts of Artificial Chemistries -
Chapter 3 The Matrix Chemistry as an Example -
Chapter 4 Computing Chemical Reactions -
Chapter 5 The Chemistry of Life -
Chapter 6 The Essence of Life -
Chapter 7 Evolution -
Chapter 8 Complexity and Open-Ended Evolution -
Chapter 9 Rewriting Systems -
Chapter 10 Automata and Machines -
Chapter 11 Bio-inspired Artificial Chemistries -
Chapter 12 The Structure of Organizations -
Chapter 13 The Dynamics of Organizations -
Chapter 14 Self-Organization and Emergent Phenomena -
Chapter 15 Constructive Dynamical Systems -
Chapter 16 Applications of Artificial Chemistries -
Chapter 17 Computing with Artificial Chemistries -
Chapter 18 Modeling Biological Systems -
Chapter 19 Wet Artificial Chemistries -
Chapter 20 Beyond Chemistry and Biology -
Chapter 21 Summary and Perspectives - Further Reading
-
Appendix: Setting up Your Own Artificial Chemistry System - Bibliography
- Author Index
- Subject Index
Complexity and Open-Ended Evolution
Complexity and Open-Ended Evolution
- Chapter:
- (p.159) Chapter 8 Complexity and Open-Ended Evolution
- Source:
- Artificial Chemistries
- Author(s):
Wolfgang Banzhaf
Lidia Yamamoto
- Publisher:
- The MIT Press
Despite tremendous progress in recent years, artificial systems still lag behind their natural counterparts in their ability to bring about unbounded novelty and complexity via evolution. The search for open-ended evolutionary growth of complexity in artificial systems remains a major research topic in artificial life and artificial chemistries, and is the topic of this chapter. Starting with a discussion about the interplay between evolution and self-organization, we then look at how species coevolve in ecologies and examine the delicate balance between robustness and evolvability. The debate around the existence of an “arrow of complexity”, a tendency towards complexity growth in the biosphere, is then summarized, followed by an overview of recent efforts to obtain open-ended evolution in the computer.
Keywords: Arrow of complexity, Coevolution, Dynamical hierarchy, Evolvability, Modularity, Open-ended evolution, Stochastic corrector model
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- Title Pages
- Epigraph
- Preface
-
Chapter 1 Introduction -
Chapter 2 Basic Concepts of Artificial Chemistries -
Chapter 3 The Matrix Chemistry as an Example -
Chapter 4 Computing Chemical Reactions -
Chapter 5 The Chemistry of Life -
Chapter 6 The Essence of Life -
Chapter 7 Evolution -
Chapter 8 Complexity and Open-Ended Evolution -
Chapter 9 Rewriting Systems -
Chapter 10 Automata and Machines -
Chapter 11 Bio-inspired Artificial Chemistries -
Chapter 12 The Structure of Organizations -
Chapter 13 The Dynamics of Organizations -
Chapter 14 Self-Organization and Emergent Phenomena -
Chapter 15 Constructive Dynamical Systems -
Chapter 16 Applications of Artificial Chemistries -
Chapter 17 Computing with Artificial Chemistries -
Chapter 18 Modeling Biological Systems -
Chapter 19 Wet Artificial Chemistries -
Chapter 20 Beyond Chemistry and Biology -
Chapter 21 Summary and Perspectives - Further Reading
-
Appendix: Setting up Your Own Artificial Chemistry System - Bibliography
- Author Index
- Subject Index