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Distributed interactive simulation in the evolution of DoD warfare modeling and simulation

机译:分布式交互仿真在DoD战争建模与仿真中的发展

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摘要

Distributed interactive simulation (DIS) is a revolutionary development that is changing permanently many features of Defense Department work. The field of warfare modeling and simulation (M&S) is quite large, however, and this paper reviews its evolution and how DIS fits within it. A few things are clear. First, DIS is exceedingly valuable for training. Second, DIS could be a powerful means for improving the quality of planning and analysis if used wisely for occasional well designed experiments. These could 1) provide insights about real-world processes involving human performance and behavior (including decision making), 2) help inform and calibrate models, and 3) help test plans in a quasioperational environment. Third, distributed war gaming, which depends on DIS technology, is already lowering boundaries among developers, planners, and warfighters. This can shorten development processes and improve the results through virtual prototyping; it can also improve operational readiness. To achieve these potential benefits, however, will require a holistic approach, conceptual breakthroughs, and profoundly difficult model development efforts. The challenges include developing integrated hierarchies of models, developing adaptive decision models and other models of human behavior, developing and using new forms of uncertainty-sensitive analysis, and learning how to use DIS experiments effectively.
机译:分布式交互式模拟(DIS)是一项革命性的发展,正在永久改变国防部工作的许多功能。但是,战争建模和仿真(M&S)的领域很大,本文将回顾其发展以及DIS如何适应其中。有几件事很清楚。首先,DIS对于培训非常有价值。其次,如果明智地将DIS用于偶尔精心设计的实验中,则DIS可能是提高计划和分析质量的有力手段。这些可以1)提供有关涉及人类绩效和行为(包括决策)的现实世界过程的见解; 2)帮助告知和校准模型; 3)帮助在准操作环境中测试计划。第三,依靠DIS技术的分布式战争游戏已经降低了开发人员,计划人员和战士之间的界限。通过虚拟原型可以缩短开发过程并改善结果。它还可以改善操作准备。但是,要获得这些潜在的利益,将需要整体方法,概念突破和非常困难的模型开发工作。挑战包括开发模型的集成层次结构,开发人类行为的自适应决策模型和其他模型,开发和使用不确定性敏感分析的新形式,以及学习如何有效使用DIS实验。

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