用虚拟和增强现实改变空军任务规划过程

Stephen Alexander, Juan S. Rozo, Bianca Donadio, N. Tenhundfeld, E. D. de Visser, Chad C. Tossell
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引用次数: 4

摘要

美国空军(USAF)任务规划过程、简报和汇报对基于作战目标和团队绩效的战术规划至关重要。我们的研究重点是通过使用新技术使这些过程现代化,这些技术是根据国防部当前和发展中的作战能力量身定制的。美国空军目前的任务规划是围绕着传统的方法进行的,比如用白板、地形图和玩具飞机来介绍任务。与此同时,任务和技术也变得越来越复杂。虽然开展行动的方法正在进步,但为这些行动作准备的方法却没有取得同样的进展,因此至关重要的是利用新技术促进对复杂特派团的有效规划。我们的目标是通过将现代技术整合到任务规划过程中来彻底改变任务规划过程。为了实现这一目标,我们希望通过更加视觉化和身临其境的体验来增强任务规划、简报和汇报。我们创建了一个系统,在该系统中,“关键任务”情报数据可以放入Excel电子表格中,并转换为任务的虚拟表示,可以通过虚拟现实和增强现实平台查看。将现代技术应用于任务规划行动有可能提高任务性能,从而减少潜在的设备损坏和损失以及人员伤亡。
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Transforming the Air Force Mission Planning Process with Virtual and Augmented Reality
The U.S. Air Force (USAF) mission planning process, briefing, and debriefing are critical for tactical planning based on operational objectives and team performance. Our research focuses on modernizing these processes through the use of new technology, which is tailored to the current and developing operational capabilities of the Department of Defense. The current state of mission planning in the USAF revolves around traditional methods, such as briefing missions with white boards, topographic maps, and toy planes. At the same time, missions and technologies are becoming increasingly complex. Although the methods in which operations are being conducted are advancing, methods to prepare for these operations are not seeing the same progress and it is vital to leverage new techniques to facilitate the efficient planning of complex missions. Our goal is to revolutionize the mission planning process by integrating modern technology into the process. To accomplish this, we looked to enhance mission planning, briefing, and debriefing with a more visual and immersive experience. We created a system in which “mission critical” intelligence data can be placed into an Excel spreadsheet and transformed into a virtual representation of the mission that can be viewed through virtual reality and augmented reality platforms. This implementation of present-day technology into mission planning operations has the potential to enhance mission performance and therefore reduce potential equipment damage and loss, as well as casualties.
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