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Robotic technology integration for army ground vehicles

机译:陆军车辆的机器人技术集成

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This paper discusses the US Army Tank Automotive Research, Development and Engineering Center's (TARDEC's) four (4) axis strategy for integration of robotics into the legacy, interim, and objective forces. At the cornerstone of this strategy is the R&D effort concentrating on autonomous perception and navigation, intelligent tactical behavior, command and control, and man-robot interface entailed in the Demo III and Robotic Follower programs. Smart Manned Systems focuses on a systems engineering approach for robotic solutions into the interim force (Vetronics Technology Testbed and Crew Integration & Automation Testbed). In the near-term, application of robotics to the legacy force will be achieved through adapting commercial automation technologies, which address military requirements. Finally, Intelligent Mobility will investigate improving intrinsic platform mobility to lessen the burden on robotic sensing performance. The ultimate goal of this strategy is to advance the robotics technology state-of-the-art to achieve off-road full autonomous operations for military systems in support of the objective force
机译:本文讨论了美国陆军坦克汽车研究,开发和工程中心(TARDEC)的四(4)轴战略,该战略将机器人技术集成到传统,临时和客观部队中。该策略的基础是研发工作,重点是演示III和机器人跟随程序中需要的自主感知和导航,智能战术行为,命令和控制以及人机界面。 Smart Manned Systems专注于将机器人解决方案应用于临时部队的系统工程方法(Vetronics Technology测试台和Crew集成与自动化测试台)。在不久的将来,将通过调整适应军事需求的商业自动化技术,将机器人技术应用于传统部队。最后,智能移动将研究改善固有平台移动性,以减轻机器人感测性能的负担。该策略的最终目标是推动最先进的机器人技术的发展,以实现支持目标部队的军事系统的越野全自动驾驶

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