Unifying Themes in Complex Systems

Part I:. Methods

1. Emergence, Intrinsic Structure of Information, and Agenthood
Daniel Polani

2. Deep and Broad are the Laws of Emergence?
Susan Sgorbati, Bruce Weber

3. On an irreducible theory of complex systems
Victor Korotkikh, Galina Korotkikh

4. Measuring and Tracking Complexity in Science
Jacek Marczyk, Balachandra Deshpande

5. Data-Driven Modeling of Complex Systems
Val K. Bykovsky

6. Modelling Complex Systems by Integration of Agent-Based and Dynamical Systems Models
Tibor Bosse, Alexei Sharpanskykh, Jan Treur

7. On Elementary and Algebraic Cellular Automata
Yuriy Gulak

8. Dual phase evolution — a mechanism for self-organization in complex systems
David G. Green, Tania G. Leishman, Suzanne Sadedin

9. A new measure of heterogeneity of complex networks based on degree sequence
Jun Wu, Yue-Jin Tan, Hong-Zhong Deng, Da-Zhi Zhu

10. Are technological and social networks really different?
Daniel E. Whitney, David Alderson

11. Evolutional family networks generated by group-entry growth mechanism with preferential attachment and their features
Takeshi Ozeki

12. Estimating the dynamics of kernel-based evolving networks
Gábor Csárdi, Katherine Strandburg, László Zalányi, Jan Tobochnik, Péter érdi

13. Consensus Problems on Small World Graphs: A Structural Study
Pedram Hovareshti, John S. Baras

14. Complex Knowledge Networks and Invention Collaboration
Thomas F. Brantle, M. Hosein Fallah

15. Complexity, Competitive Intelligence and the “First Mover” Advantage
Philip Vos Fellman, Jonathan Vos Post

16. Mobility of Innovators and Prosperity of Geographical Technology Clusters: A longitudinal examination of innovator networks in telecommunications industry
Jiang He, M. Hosein Fallah

17. Adaptive capacity of geographical clusters: Complexity science and network theory approach
Vito Albino, Nunzia Carbonara, Ilaria Giannoccaro

18. Corporate Strategy an Evolutionary Review
Philip V. Fellman

19. Towards an evaluation framework for complex social systems
Diane M McDonald, Nigel Kay

20. Operational Synchronization
Kevin Brandt

21. The Complexity of Terrorist Networks
Philip Vos Fellman

22. Complexity Studies and Security in the Complex World: An Epistemological Framework of Analysis
Czeslaw Mesjasz

23. Complexities, Catastrophes and Cities: Emergency Dynamics in Varying Scenarios and Urban Topologies
Giuseppe Narzisi, Venkatesh Mysore, Jeewoong Byeon, Bud Mishra

24. Systems Biology via Redescription and Ontologies (II): A Tool for Discovery in Complex Systems
Samantha Kleinberg, Marco Antoniotti, Satish Tadepalli, Naren Ramakrishnan, Bud Mishra

25. Biotic Population Dynamics: Creative Biotic Patterns
Hector Sabelli, Lazar Kovacevic

Part II:. Models

26. The Growing Canvas of Biological Development: Multiscale Pattern Generation on an Expanding Lattice of Gene Regulatory Nets
René Doursat

27. Compound clustering and consensus scopes of metabolic networks
Franziska Matthäus, Carlos Salazar, Oliver Ebenhöh

28. Endocannabinoids: Multi-scaled, Global Homeostatic Regulators of Cells and Society
Robert Melamede

29. Different Neurons Population Distribution correlates with Topologic-Temporal Dynamic Acoustic Information Flow
Walter Riofrio, Luis Angel Aguilar

30. Modeling the Dynamics of Task Allocation and Specialization in Honeybee Societies
Mark Hoogendoorn, Martijn C. Schut, Jan Treur

31. An agent-based model for Leishmania major infection
Garrett M. Dancik, Douglas E. Jones, Karin S. Dorman

32. To be or twice to be? The life cycle development of the spruce bark beetle under climate change
Holger Lange, Bjørn Økland, Paal Krokene

33. A Formal Analysis of Complexity Monotonicity
Tibor Bosse, Alexei Sharpanskykh, Jan Treur

34. Complex Features in Lotka-Volterra Systems with Behavioral Adaptation
Claudio Tebaldi, Deborah Lacitignola

35. A Dynamic Theory of Strategic Decision Making applied to the Prisoner’s Dilemma
Gerald H. Thomas, Keelan Kane

36. Animal network phenomena: insights from triadic games
Mike Mesterton-Gibbons, Tom N. Sherratt

37. Endogenous Cooperation Network Formation
S. Angus

38. Mathematical model of conflict and cooperation with non-annihilating multi-opponent
Khan Md. Mahbubush Salam, Kazuyuki Ikko Takahashi

39. Simulation of Pedestrian Agent Crowds, with Crisis
M. Lyell, R. Flo, M. Mejia-Tellez

40. Traffic flow in a spatial network model
Michael T. Gastner

41. Augmented Network Model for Engineering System Design
Gergana Bounova, Olivier L Week

42. Network Models of Mechanical Assemblies
Daniel E Whitney

43. Complex dynamic behavior on transition in a solid combustion model
Jun Yu, Laura K. Gross, Christopher M. Danforth

44. Modeling the Structural Dynamic of Industrial Networks
Ian F. Wilkinson, James B. Wiley, Aizhong Lin

45. Can Models Capture the Complexity of the Systems Engineering Process?
Krishna Boppana, Sam Chow, Olivier L. Weck, Christian LaFon, Spyridon D. Lekkakos, James Lyneis, Matthew Rinaldi, Zhiyong Wang, Paul Wheeler, Marat Zborovskiy, Leonard A. Wojcik

46. Biological Event Modeling for Response Planning
Clement McGowan, Fred Cecere, Robert Darneille, Nate Laverdure

47. Principles of self-organization and sustainable development of the world economy are the basis of global security
Dmitry Chistilin

48. Evolutionary Paths to Corrupt Societies of Artificial Agents
Walid Nasrallah

49. Path Dependence, Transformation and Convergence-A Mathematical Model of Transition to Market
Roxana Wright, Philip V. Fellman, Jonathan Vos Post

50. Emergence of Networks in Distance-Constrained Trade
Kumar Venkat, Wayne Wakeland

51. Toward Agent-Based Models of the Development And Evolution of Business Relations and Networks
Ian F. Wilkinson, Robert E. Marks, Louise Young

52. Dynamic Modeling of New Technology Succession: Projecting the Impact of Macro Events and Micro Behaviors On Software Market Cycles
Sharon A. Mertz, Adam Groothuis, Philip Vos Fellman

53. Hypercompetitive Environments: An Agent-based model approach
Manuel Dias, Tanya Araújo

54. Precursors of a phase transition in a simple model system
V. Halpern

55. Universality away from critical points in a thermostatistical model
C. M. Lapilli, C. Wexler, P. Pfeifer

56. Quantum Nash Equilibria and Quantum Computing
Philip Vos Fellman, Jonathan Vos Post

Part III:. Applications

57. Teaching emergence and evolution simultaneously through simulated breeding of artificial swarm behaviors
Hiroki Sayama

58. An Exploration into the Uses of Agent-Based Modeling to Improve Quality of Healthcare
Ashok Kay Kanagarajah, Peter Lindsay, Anne Miller, David Parker

59. Self-Organized Inference of Spatial Structure in Randomly Deployed Sensor Networks
Neena A. George, Ali A. Minai, Simona Doboli

60. Obtaining Robust Wireless Sensor Networks through Self-Organization of Heterogeneous Connectivity
Abhinay Venuturumilli, Ali Minai

61. Self-organizing Text in an Amorphous Environment
Orrett Gayle, Daniel Coore

62. Self-Learning Intelligent Agents for Dynamic Traffic Routing on Transportation Networks
Add Sadek, Nagi Basha

63. Distributed Resource Exploitation for Autonomous Mobile Sensor Agents in Dynamic Environments
Sarjoun Doumit, Ali Minai

64. Interconnecting Robotic Subsystems in a Network
Javier A. Alcazar, Ephrahim Garcia

65. Estimating Complex System Robustness from Dual System Architectures
Chad Foster

66. Inquiry and Enterprise Transformation
Dean J. Bonney

67. Capabilities-Based Engineering Analysis (CBEA)
Mike Webb

68. Stakeholder Analysis To Shape the Enterprise
Keith McCaughin, Joseph DeRosa

69. Systems Thinking for the Enterprise: A Thought Piece
George Rebovich

70. Representing the Complexity of Engineering Systems: A Multidisciplinary Perceptual Approach
Matt Motyka, Jonathan R. A. Maier, Georges M. Fadel

71. Policy Scale-free Organizational Network: Artifact or Phenomenon?
Dighton Fiddner

72. Application of Complex Systems Research To Efforts of International Development
Hans-Peter Brunner

73. About the bears and the bees: Adaptive responses to asymmetric warfare
Alex Ryan

74. Improving Decision Making in the Area of National and International Security—the Future Map methodology
Donald Heathfield

75. Comparison of chaotic biomagnetic field patterns recorded from the arrhythmic heart and stomach
Andrei Irimia, Michael R. Gallucci, John P. Wikswo

76. Complex Networks in Different Languages: A Study of an Emergent Multilingual Encyclopedia
F. Canan Pembe, Haluk Bingol

77. Possible Chaotic Structures in the Turkish Language with Time Series Analysis
Gökhan Şahin, Murat Erentürk, Avadis Hacinliyan

Nyckelord: Physics, Statistical Physics, Dynamical Systems and Complexity, Artificial Intelligence (incl. Robotics), Operations Research/Decision Theory, Game Theory, Economics, Social and Behav. Sciences