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Perception and Planning Architecture for Autonomous Ground Vehicles

机译:自主地面车辆的感知和规划架构

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By combining smart sensors and traversability grids with a JAUS-based component and messaging architecture, DARPA Grand Challenge finalist team CIMAR quickly developed a robust autonomous ground vehicle (AGV), a custom-built off-road vehicle. Key components included six smart sensors for detecting environmental conditions and reporting a priori data, a smart arbiter for fusing data from multiple smart sensors, and a reactive driver for providing real-time navigation planning and obstacle avoidance
机译:通过将智能传感器和可穿越性网格与基于JAUS的组件和消息传递体系结构相结合,DARPA挑战赛决赛选手团队CIMAR迅速开发了一款坚固的自主地面车辆(AGV),这是一款定制的越野车。关键组件包括六个智能传感器,用于检测环境条件并报告先验数据;智能仲裁器,用于融合来自多个智能传感器的数据;以及反应驱动程序,用于提供实时导航计划和避障

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