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Design and control of underwater hybrid vehicle capable of performing numerous tasks

机译:能够执行多种任务的水下混合动力车辆的设计与控制

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This paper is about Ocean Strider; an Underwater Hybrid Vehicle that is modified with hybrid (manual and autonomous) control system. The aims concerning this Underwater Hybrid Vehicle are to be competent to operate underwater by using remote control via operator and seek out the user interested objects, and in case of autonomously to be smart, to visually follow and manage a secured position comparable to a motionless target, and to visually follow and move behind a moving target and avoid the hindrances for reliable navigation. Vision is a fundamental root that promotes the underwater robot to execute various tasks autonomously. Ocean Strider is intelligent to explicitly identify and locate objects by specifying from distinct color codes and dimension of the objects and respond accordingly. Multiple experiments have been conducted in the laboratory the robot successfully operates manually and grasp the objects underwater, and the robot can locate and track the objects autonomously, secure a fixed distance to the fixed object and travel onward with the object as it moves.
机译:这篇文章是关于《海洋Str翔者》的;水下混合动力汽车,该混合动力汽车经过混合(手动和自主)控制系统改装。这种水下混合动力车辆的目标是能够通过操作员的远程控制胜任水下操作,并找出用户感兴趣的物体,并且在自主智能的情况下,以视觉方式跟踪和管理与静止目标相当的固定位置,并在视觉上跟随并向后移动目标,并避免进行可靠导航的障碍。视觉是促进水下机器人自主执行各种任务的根本根源。 Ocean Strider聪明地通过从不同的颜色代码和对象的尺寸中进行指定来明确地识别和定位对象,并做出相应的响应。在实验室中进行了多次实验,机器人成功地手动操作并抓住水下物体,并且机器人可以自动定位和跟踪物体,与固定物体保持固定距离,并随着物体移动而继续前进。

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