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Development of autonomous underwater vehicle 'OCTA' for coastal survey: Introduction of the 'OCTA' system and control experiment

机译:沿海调查的自主水下车辆“Octa”的开发:“八面人”系统和控制实验的介绍

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Research and development of the ocean, one of the most familiar environments for us, is very important for our future life. Fundamental research to investigate the ocean such as oceanic engineer, biology, chemistry, and geo science should be promoted more and more. As a toll of ocean survey and underwater manipulation, underwater robots have attracted attentions because underwater robots can dive into deep ocean for long period [1, 2,3]. In the point of view about coastal survey, robot system cannot include big system such as support vessels. Therefore, coastal survey AUV needs small system. We have been developing underwater robots and it's technical issues in Nippon Bunri University (NBU) since 2010. AUV “OCTA” is have been developing by NBU Underwater robot team aiming at realization of handy and module. In this paper, we describe the hardware in NBU `OCTA' system, and also, describe the software design structure and control experiment.
机译:海洋的研究与开发是我们最熟悉的环境之一,对我们未来的生活非常重要。 应越来越多地促进研究海洋工程师,生物学,化学和地理科学等海洋的基本研究。 作为海洋调查和水下操纵的损失,水下机器人吸引了关注,因为水下机器人可以长时间潜入深海[1,2,3]。 在沿海调查的角度来看,机器人系统不能包括支持船只的大系统。 因此,沿海调查AUV需要小系统。 我们一直在发展水下机器人,自2010年以来一直在开发水下机器人和IT在NBU)中的技术问题。AUV“Octa”是由NBU水下机器人团队制定的,旨在实现方便和模块。 在本文中,我们描述了NBU“Octa”系统中的硬件,还描述了软件设计结构和控制实验。

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