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Robotic Concepts for Urban Operations

机译:用于城市运营的机器人概念

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While land vehicles in open terrains is currently the primary military operation, it is expected that an increasing number of conflicts will occur in urban setting. Urban robots must operate under mobility, communication, perception and control conditions far more demanding than their open terrain counterparts. The Defense Research Establishment Suffield (DRES) is being tasked to develop robots, unmanned vehicles and supports system to aid the Canadian Forces in urban operations. In preparation for this role DRES personnel were invited to participate in operation Urban Ram, a large urban war game held on the grounds of CFB Griesbach in Edmonton. This paper presents the lessons learned at Urban Ram as to what roles robots could fulfill and the challenges of urban environments that must be overcome. Also presented will be robotic concepts inspired by Urban Ram, specifically discussed will be High Utility Robotics (HUR), which combines geometric shape shifting with function morphing to provide the general purpose, high mobility and broad application robots required for urban environments.
机译:虽然开阔地形上的陆地车辆是目前的主要军事行动,但预计在城市环境中将发生越来越多的冲突。与开放式地形机器人相比,城市机器人必须在机动性,通信,感知和控制条件下进行更高的要求。国防研究机构苏菲尔德(DRES)的任务是开发机器人,无人驾驶车辆和支持系统,以协助加拿大军队进行城市作战。为了准备这个角色,DRES人员被邀请参加在埃德蒙顿CFB Griesbach场地举行的大型城市战争游戏Urban Ram。本文介绍了在Urban Ram上吸取的经验教训,以了解机器人可以扮演什么角色以及必须克服的城市环境挑战。还将介绍受Urban Ram启发的机器人概念,其中将特别讨论的是High Utility Robotics(HUR),它将几何形状转换与功能变形相结合,以提供城市环境所需的通用,高移动性和广泛应用的机器人。

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