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Complexity, Volume 9
Volume 9, Number 1, September/October 2003
- Complexity at large. 3-10
- Harold J. Morowitz:
Computers and biology. 11-12
- Jürgen Klüver:
The evolution of social geometry. 13-22 - Raghuram Iyengar, Rajeev Kohli:
Why Parrondo's paradox is irrelevant for utility theory, stock buying, and the emergence of life. 23-27
- Man of principle. 28-30
- Robert M. Leve:
Informational acquisition and cognitive models. 31-37 - Eleonora Bilotta, Antonio Lafusa, Pietro S. Pantano:
Life-like self-reproducers. 38-55 - David Smyth, Alfred W. Hübler:
A conductivity-dependent phase transition from closed-loop to open-loop dendritic networks. 56-60
Volume 9, Number 2, November/December 2003
- Complexity at large. 3-10
- Harold J. Morowitz:
How many genes does an organism need? 11-12
- Robert A. Ghanea-Hercock:
Resilient and adaptive defense of computing networks. 13-14
- Todd Hughes, Oleg Sheyner:
Attack scenario graphs for computer network threat analysis and prediction. 15-18
- Stephen F. Bush:
Genetically induced communication network fault tolerance. 19-33 - Matthew M. Williamson:
Resilient infrastructure for network security. 34-40 - Derek Armstrong, Sam Carter, Gregory L. Frazier, Tiffany M. Frazier:
Autonomic defense: Thwarting automated attacks via real-time feedback control. 41-48 - Fabrice Saffre, Robert A. Ghanea-Hercock:
Beyond anarchy: Self-organized topology for peer-to-peer networks. 49-53 - Sanjay Goel, Stephen F. Bush:
Kolmogorov complexity estimates for detection of viruses in biologically inspired security systems: A comparison with traditional approaches. 54-73 - Stephanie Bryant, Feiyi Wang:
Aspects of adaptive reconfiguration in a scalable intrusion tolerant system. 74-83
Volume 9, Number 3, January/February 2004
- Complexity at large. 3-9
- John L. Casti:
A demon of efficiency. 10-13
- Eric J. Chaisson:
Complexity: An energetics agenda. 14-21 - Beáta Oborny:
External and internal control in plant development. 22-28
- Emergence from the cosmos to culture. 29-31
- Richard R. Brooks, Christopher Griffin, T. Alan Payne:
A cellular automata model can quickly approximate UDP and TCP network traffic. 32-40 - Marcelino Quito Jr., Christopher P. Monterola, Caesar Saloma:
Memory and a priori best strategy in complex adaptive systems. 41-46
Volume 9, Number 4, March/April 2004
- Complexity at large. 3-9
- Wentian Li, Ivo Grosse:
Comments on "linguistic features in eukaryotic genomes". 10-11 - Panagiotis A. Tsonis, Anastasios A. Tsonis:
Reply to Li and Grosse's "comments on "linguistic features in eukaryotic genomes"". 12
- Peter Schuster:
The disaster of central control. 13-14
- Barry G. Condron, John Chen:
Mapping structure and connectivity. 15-16
- Qingfu Zhang:
On the convergence of a factorized distribution algorithm with truncation selection. 17-23 - Andreas Krause:
Predicting crashes in a model of evolving networks. 24-30 - María Fabiana Laguna, Guillermo Abramson, Damián H. Zanette:
Minorities in a model for opinion formation. 31-36 - Yaneer Bar-Yam:
Multiscale variety in complex systems. 37-45
- Stephanie Bryant, Feiyi Wang:
Stephanie Bryant and Feiyi Wang, Aspects of adaptive reconfiguration in a scalable intrusion tolerant system, Complexity (2004) 9(2)74-83. 46
Volume 9, Number 5, May/June 2004
- John L. Casti:
Fractalmania. 3-7
- John H. Miller, Scott E. Page:
The standing ovation problem. 8-16
- Matthew A. Cronin:
A model of knowledge activation and insight in problem solving. 17-24 - Margo Bergman:
Examining risk attitudes. 25-30 - John H. Miller, Scott Moser:
Communication and coordination. 31-40 - Nobuyuki Hanaki:
Action learning versus strategy learning. 41-50 - Troy Tassier:
A model of fads, fashions, and group formation. 51-61 - Elizabeth Maggie Penn:
Institutions and sorting in a model of metropolitan fragmentation. 62-70 - Jim Engle-Warnick:
The advantage of complexity in two 2×2 games. 71-78
Volume 9, Number 6, July/August 2004
- Peter Schuster, Alfred W. Hübler:
Good-bye and thank you to our complexity-at-large editors. 3
- Complexity at large. 4-12
- Harold J. Morowitz:
Mona Lisa and the second law of thermodynamics: The arts and sciences. 13-14
- Yaneer Bar-Yam:
A mathematical theory of strong emergence using multiscale variety. 15-24 - Amir Ayali, Einat Fuchs, Yael Zilberstein, Anat Robinson, Orit Shefi, Eyal Hulata, Itay Baruchi, Eshel Ben-Jacob:
Contextual regularity and complexity of neuronal activity: From stand-alone cultures to task-performing animals. 25-32 - Eduardo Mizraji:
The emergence of dynamical complexity: An exploration using elementary cellular automata. 33-42 - Klaus Jaffe:
Sex promotes gamete selection: A quantitative comparative study of features favoring the evolution of sex. 43-51 - Andreas Koch, Mich Tvede:
A model of sex-based social stability. 52-56
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