• case-insensitive prefix search: default
  e.g., sig matches "SIGIR" as well as "signal"
• exact word search: append dollar sign ($) to word
  e.g., graph$ matches "graph", but not "graphics"
• boolean and: separate words by space
  e.g., codd model
• boolean or: connect words by pipe symbol (|)
  e.g., graph|network

Update May 7, 2017: Please note that we had to disable the phrase search operator (.) and the boolean not operator (-) due to technical problems. For the time being, phrase search queries will yield regular prefix search result, and search terms preceded by a minus will be interpreted as regular (positive) search terms.

found 65 matches

• 1996
• 
  Cristian Calude, Cezar Câmpeanu:
  Are binary codings universal? Complex. 1(5): 47-50 (1996)
• 
  John L. Casti:
  Seeing the light at El Farol: A look at the most important problem in complex systems theory. Complex. 1(5): 7-10 (1996)
• 
  Gregory J. Chaitin:
  A new version of algorithmic information theory. Complex. 1(4): 55-59 (1996)
• 
  Vince Darley:
  Learning to live on the edge. Complex. 1(5): 34 (1996)
• 
  Herbert Dawid, Alexander Mehlmann:
  Genetic learning in strategic form games. Complex. 1(5): 51-59 (1996)
• 
  Daniel C. Dennett:
  Hofstadter's quest: A tale of cognitive pursuit. Complex. 1(6): 9-12 (1996)
• 
  Murray Gell-Mann:
  Nature conformable to herself: Some arguments for a unified theory of the universe. Complex. 1(4): 9-12 (1996)
• 
  Murray Gell-Mann:
  Complexity at large. Complex. 1(5): 3-5 (1996)
• 
  Brian C. Goodwin:
  Emergent form: Evolving beyond darwinism: Understanding diversity requires dynamic theories of development and behavior. Complex. 1(5): 11-15 (1996)
• 
  Howard Gutowitz:
  Cellular automata and the sciences of complexity (part I): A review of some outstanding problems in the theory of cellular automata. Complex. 1(5): 16-22 (1996)
• 
  Howard Gutowitz:
  Cellular automata and the sciences of complexity (part II). Complex. 1(6): 29-35 (1996)
• 
  George Johnson:
  Romancing the brain. Complex. 1(5): 35-36 (1996)
• 
  Jeffrey Johnson, Phil D. Picton:
  How to train a neural network: An introduction to the new computational paradigm. Complex. 1(6): 13-28 (1996)
• 
  James Kakalios:
  Fractals: More than just a pretty picture. Complex. 1(5): 38-39 (1996)
• 
  Tom Kepler:
  In the eye of the beholder. Complex. 1(6): 36-37 (1996)
• 
  Lemont B. Kier, Bernard Testa:
  Complex systems in drug research: II. The ligand - active site - water confluence as a complex system. Complex. 1(4): 37-42 (1996)
• 
  Gavan Lintern:
  Complexity stimulates theories of cognition and action. Complex. 1(6): 38-39 (1996)
• 
  Stephen Lucci, Izidor Gertner:
  Getting started in mathematics. Complex. 1(4): 27-28 (1996)
• 
  William G. Macready, David H. Wolpert:
  What makes an optimization problem hard? Complex. 1(5): 40-46 (1996)
• 
  Daniel W. McShea:
  A post-modern vision of artificial life. Complex. 1(5): 36-38 (1996)
• 
  Harold J. Morowitz:
  What's in a name?: One place to look for "complexity" is in the dictionary. Complex. 1(4): 7-8 (1996)
• 
  Harold J. Morowitz:
  Why complexity theory? Charting the future of medical modeling. Complex. 1(6): 7-8 (1996)
• 
  Harold J. Morowitz:
  Back to the future. Complex. 1(6): 37-38 (1996)
• 
  Ricard V. Solé:
  On macroevolution, extinctions and critical phenomena. Complex. 1(6): 40-44 (1996)
• 
  Ricard V. Solé, Susanna C. Manrubia, Bartolo Luque, Jordi Delgado, Jordi Bascompte:
  Phase transitions and complex systems: Simple, nonlinear models capture complex systems at the edge of chaos. Complex. 1(4): 13-26 (1996)
• 
  Roland Somogyi, Carol Sniegoski:
  Modeling the complexity of genetic networks: Understanding multigenic and pleiotropic regulation. Complex. 1(6): 45-63 (1996)
• 
  Karl Svozil:
  How real are virtual realities, how virtual is reality? - Constructive re-interpretation of physical undecidability. Complex. 1(4): 43-54 (1996)
• 
  Bernard Testa, Lemont B. Kier:
  Complex systems in drug research: I. The chemical levels. Complex. 1(4): 29-36 (1996)
• 
  Anastasios A. Tsonis:
  Dynamical systems as models for physical processes. Complex. 1(5): 23-33 (1996)
• 1995
• 
  W. Brian Arthur:
  Complexity in economic and financial markets: Behind the physical institutions and technologies of the marketplace lie the beliefs and expectations of real human beings. Complex. 1(1): 20-25 (1995)

skipping 35 more matches