基于agent的MR仿真作为作战搜救指挥控制工具

Xiang Ji, Hu Liu, Zizhao Wang, Yuge Li, Yongliang Tian, Mingyu Huo
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引用次数: 0

摘要

战斗搜救是联合作战行动的重要组成部分。在敌对领土上被孤立的人员对双方都很有价值。由于军事演习的成本极高,时间消耗巨大,虚拟现实是进行实验的首选方式。混合现实,即MR,允许用户与虚拟对象以及真实对象进行交互。有了MR设备,指挥官可以更好地了解虚拟战斗和真实环境。基于agent的建模是一种相对较新的建模方法,用于对交互对象组成的系统进行建模。通过分析智能体的决策过程,编写驱动仿真的代码。最后,将整个系统应用到HoloLens上进行全息演示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Agent-based MR Simulation as a Tool for Combat Search and Rescue Command and Control
Combat search and rescue(CSAR) is a significant part of joint combat operation. The isolated personnel in hostile territory is of great value to both sides. For the sake of extremely high cost and massive consumption of time in military exercises, virtual reality is a preferred way to conduct the experiment. Mixed reality, known as MR, allows users to interact with the virtual objects, as well as the real objects. With MR devices, commanders get a better awareness of both virtual combat and real environment. Agent-based modelling is a relatively new approach to modelling systems composed of interacting objects. By analyzing the decision-making process of agents, codes are written to drive the simulation. Finally, the whole system is applied to HoloLens to provide a holographic demonstration.
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