Simulation Based Design for Adaptive Multi-Agent Systems with the ADELFE Methodology

W. Mefteh, F. Migeon, M. Gleizes, F. Gargouri
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引用次数: 5

Abstract

Complex systems are qualified by the heterogeneity of the involved actors, the large mass of data, the distribution of the manipulated information and the dynamic of the environment in which they are immersed. Designing such systems necessitate theory and methodology. This paper is situated in the AMAS theory and the ADELFE methodology. The AMAS theory Adaptive Multi-Agent System was proposed to model complex systems. The ADELFE methodology was proposed to guide the AMAS designer. Building AMAS systems is not an easy task. The objective of the authors' work is to make the task of the AMAS designer less difficult. This paper details two main contributions that the authors proposed in this field. The first contribution consists in improving the ADELFE methodology by simulation techniques. The second contribution consists in enhancing the AMAS agent behavior by giving it the ability to self-design.
基于仿真的ADELFE自适应多智能体系统设计
复杂系统的特点是参与者的异质性、大量的数据、被操纵信息的分布以及所处环境的动态性。设计这样的系统需要理论和方法。本文以AMAS理论和ADELFE方法为背景。针对复杂系统建模问题,提出了自适应多智能体系统(AMAS)理论。提出了ADELFE方法来指导AMAS的设计者。建立AMAS系统不是一件容易的事。作者工作的目的是使AMAS设计者的任务不那么困难。本文详细介绍了作者在该领域提出的两个主要贡献。第一个贡献是通过模拟技术改进ADELFE方法。第二个贡献在于通过赋予AMAS智能体自我设计的能力来增强其行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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