Cooperative navigation in transitional environments

D. Grejner-Brzezinska, J. N. Markiel, C. Toth, Andrew Zaydak
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引用次数: 4

Abstract

This paper describes initial research effort aimed at enabling multi-sensory, robust cooperative navigation solution, including seamless transition capabilities between different types of navigation platforms that navigate together, with the focus on transitional environments. The emphasis of the navigation performance assessment is on the 3D imagery, furnished by a flash LiDAR sensor, Kinect, in the indoor environment, and the transition from/to outdoor environment. The sensor and systems used in this demonstration are (1) multi-sensor assembly placed in a land-based platform, and (2) personal navigator, transitioning from the land-based platform (deployment vehicle) to the indoor environment. The algorithmic approach as well as the navigation results will be discussed.
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过渡环境下的协同导航
本文描述了旨在实现多感官、鲁棒合作导航解决方案的初步研究工作,包括不同类型导航平台之间的无缝过渡能力,这些导航平台一起导航,重点是过渡环境。导航性能评估的重点是由flash LiDAR传感器Kinect在室内环境中提供的3D图像,以及从室外环境过渡到室外环境。本次演示中使用的传感器和系统是(1)放置在陆基平台上的多传感器组件,以及(2)从陆基平台(部署车辆)过渡到室内环境的个人导航仪。本文将讨论算法方法以及导航结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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