Real-time 3-D mapping for robotic applications

William Smith, Bingcai Zhang
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引用次数: 3

Abstract

BAE Systems is pursuing research in real-time 3-D mapping technology that can be used to navigate an unmanned autonomous vehicle (UAV). Geospatial technology, such as digital photogrammetry and GIS, offers advanced capabilities to produce 2-D and 3-D static maps using UAV data. The goal is to develop real-time UAV navigation through increased automation. We believe the next breakthrough may be automatically identifying 3-D objects. Consequently, our team has developed software that recognizes certain types of 3-D objects within 3-D point clouds. Although our software is developed for modeling, simulation, and visualization applications, it has the potential to be valuable in robotics and UAV applications.
机器人应用的实时三维绘图
BAE系统公司正在进行实时三维测绘技术的研究,该技术可用于无人驾驶汽车(UAV)的导航。地理空间技术,如数字摄影测量和GIS,提供了利用无人机数据生成二维和三维静态地图的先进能力。目标是通过提高自动化程度来发展实时无人机导航。我们相信下一个突破可能是自动识别3d物体。因此,我们的团队开发了一种软件,可以识别三维点云中某些类型的三维物体。虽然我们的软件是为建模、仿真和可视化应用而开发的,但它在机器人和无人机应用中具有潜在的价值。
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