将机器人技术整合到战术团队行动中的挑战

Daniel W. Carruth, Cindy L. Bethel
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引用次数: 3

摘要

随着机器人系统变得越来越复杂,人们对在具有挑战性和压力的环境中部署它们产生了浓厚的兴趣。在执法和军事行动中使用机器人系统有许多潜在的优势。机器人系统可以提供在安全距离外感知和行动的能力。然而,实现机器人系统集成的全部潜力提出了重大的研究挑战。作者观察了候选机器人系统的现场评估,评估了机器人在战术作战中的潜在作用,评估了标准和新颖的指挥和控制接口,调查了自动化水平,并开发了支持机器人操作的智能系统。最近,对分散注意力设备(灯光和声音)的命令和控制接口的迭代开发过程进行了为期6个月的评估。机器人系统的有效集成提出了重大的通信和机器智能挑战。一个完全集成的机器人系统应该能够在有限的直接沟通下理解和参与团队成员的行动。这就要求机器人具备场景理解能力、态势感知能力、战术操作知识等。作者将讨论经验教训,并确定未来研究的机会,以扩大战术机器人系统的能力。
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Challenges with the integration of robotics into tactical team operations
As robotic systems become increasingly sophisticated, there is strong interest in deploying them in challenging and stressful environments. There are many potential advantages for the use of robotic systems in law enforcement and military operations. Robotic systems can provide the ability to perceive and act at a safe distance. However, achieving the full potential of robotic systems integration presents significant research challenges. The authors have observed field evaluations of candidate robotic systems, assessed potential roles for robots in tactical operations, evaluated standard and novel command and control interfaces, investigated levels of automation, and developed intelligent systems to support robot operations. Recently, a 6-month evaluation of an iterative development process for a command and control interface for distractionary devices (lights and sounds) was completed. Effective integration of a robotic system presents significant communication and machine intelligence challenges. A fully integrated robotic system should be able to understand and participate in actions as a team member with limited direct communication. This requires that the robot demonstrate scene understanding, situation awareness, knowledge of tactical operations, and more. The authors will discuss lessons learned and identify opportunities for future research to expand the capabilities of tactical robotic systems.
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