Reflections on the Simulation of Complex Systems for Science

F. Polack, P. Andrews, Teodor Ghetiu, Mark N. Read, S. Stepney, J. Timmis, Adam T. Sampson
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引用次数: 36

Abstract

In studying complex systems, agent-based simulations offer the possibility of directly modelling components in an environment. However, the scientific value of agent-based simulations has been limited by inadequate scientific rigour. The paper focuses on agent-based simulations that are used in biological and bio-medical research. Starting from a review of best practice in simulation engineering, the paper identifies some of the key activities in developing complex systems simulations that support scientific research, and how these contribute to the essential development of mutual trust among developers and scientists. Examples from the authors' own experience illustrate how a range of studies have manifested these key activities, and identifies some successes and problems encountered.
科学用复杂系统仿真的若干思考
在研究复杂系统时,基于智能体的仿真提供了直接对环境中的组件进行建模的可能性。然而,基于智能体的模拟的科学价值受到科学严谨性不足的限制。本文的重点是在生物和生物医学研究中使用的基于agent的模拟。从模拟工程最佳实践的回顾开始,本文确定了开发支持科学研究的复杂系统模拟的一些关键活动,以及这些活动如何促进开发人员和科学家之间相互信任的基本发展。作者自身经验的例子说明了一系列研究如何体现了这些关键活动,并指出了一些成功和遇到的问题。
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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