首页> 外文会议>International Workshop on Engineering Societies in the Agents World(ESAW 2005); 20051026-28; Kusadasi(TR) >Engineering Complex Adaptive Systems Using Situated Multi-agents Some Selected Works and Contributions
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Engineering Complex Adaptive Systems Using Situated Multi-agents Some Selected Works and Contributions

机译:使用定位的多主体工程复杂的自适应系统的一些选定的工作和贡献

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A complex system is a set of entities interrelated in a retroactive way. The system dynamics is held by the retroactive interactions occuring between its components, making the behaviour, structure or organisation of the global system emergent and non predictable fromon reducible to the individual behaviour or structure of its components.This characteristic of complex systems, makes them more considered from their organisational point of view rather than from the structural/ behavioural aspects of their components. The multi-agent paradigm provides a very suitable tool for modeling/engineering such systems. Many examples exist in the MAS litterature, showing the use of the multi-agent paradigm to develop such systems. However, existing works propose ad hoc approaches/mechanisms. In this paper we discuss some of these works and present a set of intuitive guidelines for engineering self-organising systems, through their positionning at the heart of 3 domains: Complex Adaptive Systems, Non Linear Dynamic Systems and Situated Multi-Agents.
机译:复杂系统是一组以追溯方式相互关联的实体。系统动力学是由其组件之间发生的追溯性交互所保持的,从而使全局系统的行为,结构或组织出现,并且无法从/不可还原到其组件的单个行为或结构。复杂系统的这一特征使得他们从组织的角度而不是从其组件的结构/行为方面来考虑。多主体范例为这种系统的建模/工程设计提供了非常合适的工具。 MAS文学中存在许多示例,这些示例说明了使用多主体范例开发此类系统的情况。但是,现有工作提出了临时的方法/机制。在本文中,我们将讨论其中的一些工作,并通过将它们定位在3个领域的核心:复杂的自适应系统,非线性动态系统和定位多智能体,为工程自组织系统提供一套直观的指南。

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