Qualitative and quantitative indices for simulation systems in distributed interactive simulation

P. McCauley, R. Freeman
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Abstract

The fidelity measurement question in distributed interactive simulation (DIS) needs to be answered. Its resolution is crucial to defining and resolving the interoperability issue of "how to compare and contrast simulations of varying fidelities on a quantifiable basis". Once such a measure of fidelity is modeled, it would allow high fidelity simulators to play fairly with low fidelity simulations. The Fidelity Subgroup of the DIS Standards Development Project has developed a Draft Fidelity Description Requirement (FDR) document, in a hierarchical taxonomy format. This framework provides an object oriented modular referent to model. The input and output descriptors are defined verbally, linguistically. Recent research would suggest this linguistic base can easily be transformed into quantifiable measures, indices. The paper provides a methodology for providing quantifiable fidelity indices through the application of fuzzy logic.
分布式交互仿真中仿真系统的定性和定量指标
分布式交互仿真(DIS)中的保真度测量问题是一个亟待解决的问题。它的分辨率对于定义和解决“如何在可量化的基础上比较和对比不同保真度的模拟”的互操作性问题至关重要。一旦这样的保真度度量被建模,它将允许高保真度模拟器与低保真度模拟公平地发挥作用。DIS标准开发项目的保真度小组以分层分类法格式开发了保真度描述要求(FDR)文件草案。该框架为模型提供了一个面向对象的模块化引用。输入和输出描述符是口头和语言上定义的。最近的研究表明,这种语言基础可以很容易地转化为可量化的指标。本文提出了一种应用模糊逻辑提供可量化保真度指标的方法。
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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