All Stories

  1. The Internet of Battle Things
  2. The Fog of War in Cyberspace
  3. Simplifying Complexity: Life is Uncertain, Unfair and Unequal
  4. Preface
  5. Prologue
  6. References
  7. How Scientists Think
  8. Uncertain: A Simple World View
  9. Unfair: A Complex World View
  10. Unequal: A Matter of Scale
  11. Complexity Management Principle
  12. Apology for Complexity
  13. The fractional landau model
  14. Fractional Calculus View of Complexity
  15. Entropic origin of allometry relations
  16. A mathematics for medicine: The Network Effect
  17. A Fractional Probability Calculus View of Allometry
  18. Networks of Echoes
  19. Complexity Primer
  20. Critical Networks
  21. Networking Perspective
  22. Networks of Influence
  23. Criticality and Crowds
  24. A Model of Decision Making
  25. Physiologic time: A hypothesis
  26. Mathematical Principles: Tales of Tails
  27. ON ALLOMETRY RELATIONS
  28. Networking of psychophysics, psychology, and neurophysiology
  29. Origin of Allometry Hypothesis
  30. THE PRINCIPLE OF COMPLEXITY MANAGEMENT
  31. The wisdom of the body; a contemporary view
  32. Fractal physiology and the fractional calculus: a perspective
  33. Complex Webs
  34. Complexity, Scaling, and Fractals in Biological Signals
  35. MODELING FRACTAL DYNAMICS
  36. Biodynamics
  37. Nonlinear dynamical model of human gait
  38. Introduction
  39. Appendices
  40. Fractional Calculus and Memory in Biophysical Time Series
  41. Fractal Probability Measures of Learning
  42. FRACTAL SCALING OF THE TEEN BIRTH PHENOMENON
  43. Book Reviews
  44. Allometric Control of Human Gait
  45. Latka and West Reply:
  46. Fractal Physiology
  47. Introduction: Fractals Really Are Everywhere
  48. Intraorgan Flow Heterogeneities
  49. Fractals in Nerve and Muscle
  50. Properties of Chaotic Phenomena
  51. Chaos? in Physiological Systems
  52. Mechanisms That Produce Fractals
  53. Generating Fractals
  54. Fractal Growth
  55. The Disproportionate Response
  56. Fractals, Intermittency and Morphogenesis
  57. Chaos in Physiology: Health or Disease?
  58. Introduction
  59. Stochastic model for exciton lineshapes at finite temperatures
  60. Comments on statistical measures of predictability
  61. Stochastic predictions of cataclysmic events
  62. Non−Gaussian water-wave fields
  63. ON DISSIPATIVE NONLINEAR HAMILTONIAN SYSTEMS
  64. On an Enriched Collection of Stochastic Processes
  65. Ray paths in a fluctuating environment
  66. Mode coupling description of ocean wave dynamics
  67. Models of Population Growth, Diffusion, Competition and Rearrangement
  68. Habituation and Leaky Faucets
  69. Power-laws
  70. Consensus, Control and Minority Opinion
  71. Preface
  72. Webs
  73. Webs, trees and branches
  74. Mostly linear dynamics
  75. Random walks and chaos
  76. Non-analytic dynamics
  77. Dynamics of chance
  78. Synopsis
  79. The Average Person is Truly Exceptional: Where Medicine Went Wrong
  80. The Human Dimension of Networks