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Ontology, epistemology, and teleology for modeling and simulation: philosophical foundations for intelligent M&S applications

机译:用于建模和仿真的本体论,认识论和目的论:智能M&S应用程序的哲学基础

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摘要

Modeling and simulation are commonplace in the scientific investigation of laboratory experiments and natural phenomena, economic systems, and engineering projects. They are used to explain what is being observed and to make predictions about future measurements and observations. Often, they are the only means of studying systems that cannot be constructed or prepared on a laboratory scale, such as the internal processes taking place in the sun, the trajectories of hurricanes, or policy decisions that will affect national economies. Modeling and simulation are not merely tools in the service of other disciplines. They have an integrity that puts them on a level equivalent with the earlier and more traditional disciplines in science, engineering, and economics, as well as with the two general components of any science: theory and experiments.
机译:在实验室实验和自然现象,经济系统和工程项目的科学研究中,建模和仿真是司空见惯的。它们用于解释观察到的内容,并对未来的测量和观察做出预测。通常,它们是研究无法在实验室规模上构建或准备的系统的唯一手段,例如在阳光下发生的内部过程,飓风的轨迹或会影响国民经济的政策决策。建模和仿真不仅是为其他学科服务的工具。它们的完整性使它们处于与科学,工程和经济学领域的早期和更传统学科以及任何科学的两个基本组成部分相同的水平:理论和实验。

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