Titlebook: Regulated Agent-Based Social Systems; First International Gabriela Lindemann,Daniel Moldt,Mario Paolucci Conference proceedings 2004 Sprin

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abreast

Organisation Modelling for the Dynamics of Complex Biological Processeships between roles within the organisation model and realisers of these roles have been defined. This case study shows that within biological and medical domains organisation modelling techniques can play a useful role in modelling complex systems at a high level of abstraction.

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和平主义者

西瓜

How Formal Logic Can Fail to Be Useful for Modelling or Designing MAS is extended on the basis that it then covers certain particular cases, but where the logic is not actually used to make any substantial inferences and no application of the logic demonstrated. I argue that although these papers do follow a certain tradition, that they are not useful given the state

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交响乐

On How to Conduct Experimental Research with Self-Motivated Agentse relevance in their model. We use a choice-oriented agent architecture to illustrate a means of bridging the distance between the observer and the actors of an experiment. Traditional experimentation has to give way to exploratory simulation, to bring insights into the design issues, not only of th

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Cognitive Identity and Social Reflexivity of the Industrial District Firms. Going Beyond the “Compleunctionally integrated and complementary firms. With an agent-based prototype, we explore how cognitive processes and social reflexivity dynamics of ID firms affect technological adaptation and economic performance of ID as a whole. Rather than observing IDs just by the point of view of the so-calle

树木心

Oafishness

Organisation Modelling for the Dynamics of Complex Biological Processesstem in biological organisms (mammals). This system consists of a number of components that are connected and grouped together. Dynamic properties at different levels of aggregation of this organisation model have been identified, and interlevel relationships between these dynamic properties at diff