Foreword | |
Cellular Automata | p. 3 |
Barolo: Biological Ageing Research on Long-Lived Organisms | p. 47 |
Bacterial Translation Modeling and Statistical Mechanics | p. 59 |
Automata Network Models in Ecology and Epidemiology | p. 73 |
Formal Neural Networks: An Introduction to Supervised Learning and a Selected Bibliography | p. 97 |
Dynamical Systems, Qualitative Theory, and Simulation | p. 113 |
Nonlinear Excitations and Energy Localization. Applications to Molecular Biology | p. 129 |
The Immune System, and Why Modeling It Makes Sense | p. 187 |
Immune System Modelling | p. 197 |
Discrete Models for Simulating Biological Systems | p. 215 |
Modeling TH1-TH2 Regulation, Allergy, and Hyposensitization | p. 227 |
Phase Transitions in a Probabilistic Cellular Automation with Two Absorbing States | p. 247 |
High Cooperativity as Origin of Pattern Complexity | p. 263 |
Structured Mathematical Models for Dynamics of Microbial Growth: First Order and Discrete Time Delays | p. 269 |
Stability of Microbial Mixed Culture Bioprocesses | p. 279 |
Simulating the Immune Response on a Distributed Parallel Computer | p. 289 |
List of Participants | p. 309 |
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