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Pandora: autonomous urban robotic reconnaissance system

机译:潘朵拉:自治城市机器人侦察系统

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摘要

Urban settings represent a challenging environment for teleoperated and autonomous robot systems. We present a new design for a highly terrain adaptable robot system, detailing the major mechanical, electrical and control systems. The Pandora robot system is a tracked robot system with self-contained computing, power and wireless communications systems. A sensor suite including stereoscopic and panospheric cameras, light-strippers and acoustic sonar-ring(s) allow the system to operate autonomously. Individually adjustable track-modules give Pandora extreme mobility in natural (vegetation, soils) and man-made (roads, steps) outdoor environments as well as indoor arenas (sewers, staircases, etc.). Locomotion was shown successfully over various extreme terrains, including reconfiguration to best suit the terrain and enable future sensor-supported autonomous operations.
机译:对于远程操作和自主机器人系统,城市环境代表了一个充满挑战的环境。我们为高度地形适应性机器人系统提出了一种新设计,详细介绍了主要的机械,电气和控制系统。 Pandora机器人系统是一个跟踪的机器人系统,具有独立的计算,电源和无线通信系统。传感器套件包括立体和全景照相机,光剥离器和声纳环,可让系统自主运行。可单独调节的轨道模块使Pandora在自然(植被,土壤)和人造(道路,台阶)室外环境以及室内运动场(下水道,楼梯等)中具有极高的机动性。在各种极端地形上都成功展示了运动功能,包括重新配置以最适合地形并支持将来传感器支持的自主操作。

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