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Environmental modeling with precision navigation using ROAZ autonomous surface vehicle

机译:使用ROAZ自主水面飞行器进行精确导航的环境建模

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摘要

The use of robotic vehicles for environmental modeling is discussed. This paper presents diverse results inautonomous marine missions with the ROAZ autonomous surface vehicle. The vehicle can perform autonomous missions while gathering marine data with high inertial and positioningprecision. The underwater world is an, economical and environmental, asset that need new tools to study and preserve it. ROAZ is used in marine environment missions since it can sense and monitor the surface and underwater scenarios. Is equipped with a diverse set of sensors, cameras and underwater sonars thatgenerate 3D environmental models. It is used for study the marine life and possible underwater wrecks that can pollute or be a danger to marine navigation. The 3D model and integration of multibeam and sidescan sonars represent a challenge in nowadays. Adding that it is important that robots can explore an area and make decisions based on their surroundings and goals.Regard that, autonomous robotic systems can relieve human beings of repetitive and dangerous tasks.
机译:讨论了机器人在环境建模中的使用。本文介绍了ROAZ自主水面飞行器在自主海上任务中的各种结果。车辆可以执行自主任务,同时以高惯性和定位精度收集海洋数据。水下世界是一种经济,环保的资产,需要新的工具来研究和保护它。 ROAZ可用于海洋环境任务,因为它可以感知和监视水面和水下情况。配备了可生成3D环境模型的各种传感器,照相机和水下声纳。它用于研究海洋生物以及可能污染或可能危害海洋航行的水下沉船。 3D模型以及多波束和侧扫声纳的集成是当今的挑战。此外,重要的是机器人可以探索一个区域并根据其周围环境和目标做出决定,但是自主机器人系统可以减轻人类的重复性和危险性。

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