Introduction | p. ix |
Organization and Program | p. xiii |
Transcripts | p. 1 |
Pedagogical Sessions | p. 3 |
Reception Session | p. 67 |
Emergence | p. 87 |
Description and Modeling | p. 133 |
Funding | p. 181 |
Complex Understanding of Today's Global Economics | p. 203 |
Agents in Action | p. 209 |
Complexity and Management | p. 239 |
Papers | p. 279 |
Evolutionary Algorithms on a Self-Organized Dynamic Lattice | p. 281 |
The Heart as a Complex Adaptive System | p. 289 |
The DASCh Experience: How to Model a Supply Chain | p. 305 |
Some Properties of Multicellular Chemical Systems: Response to the environment and emergence | p. 313 |
Hierarchical Genetic Programming using Local Modules | p. 321 |
Dealing With Complex Human Systems From An Interpretive Systemic Perspective | p. 331 |
Connected Science: Learning Biology through Constructing and Testing Computational Theories | p. 341 |
Diffuse Rationality in Complex Systems | p. 355 |
Spontaneous evolution of self-reproducing loops on cellular automata | p. 363 |
Regulation of Cell Cycle and Gene Activity Patterns by Cell Shape: Evidence for Attractors in Real Regulatory Networks and the Selective Mode of Cellular Control | p. 375 |
A Model System and Individual-Based Simulation for Developing Statistical Techniques and Hypotheses for Population Dynamics in fragmented Populations | p. 385 |
A New Paradigm for Evolutionary Psychology: Animal Social Systems as Complex Adaptive Systems | p. 397 |
Comparing causal factors in the diversification of species | p. 413 |
An Experimentally-Derived Map of Community Assembly Space | p. 427 |
TRANSIMS for transportation planning | p. 437 |
Mapping Multi-Disciplinary Design Processes | p. 445 |
What Can We Learn From Learning Curves? | p. 455 |
Time Series Analysis of Ecosystem Variables with Complexity Measures | p. 465 |
The Dynamics of Minority Competition | p. 475 |
Spatial Autocatalytic Dynamics: An Approach to Modeling Prebiotic Evolution | p. 485 |
Geophysiological modeling: a new approach at modeling the evolution of ecosystems | p. 495 |
Organizational Intelligence | p. 503 |
The Complex Evolution of International Orders and the Current International Transition | p. 515 |
Cooperation, nonlinear dynamics and the levels of selection | p. 523 |
Examining the dynamics of a vector representing neurophysiological state during intensive care | p. 531 |
Optimal Organizational Size in the Presence of Externalities | p. 539 |
Education in Complex Systems | p. 549 |
Distributed Knowledge Networks | p. 557 |
Complexity of Allocation Processes: Chaos and Path Dependence | p. 569 |
Caution! Agent Based Systems in Operation | p. 581 |
Entropy estimation from finite samples | p. 589 |
In the Looking Glass: The Self Modeling of Social Systems | p. 597 |
Harnessing Evolution For Organizational Management | p. 607 |
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