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A multi-mode biomimetic amphibious robot

Qinghai Yang, Junzhi Yu, Min Tan, Weibing Wang

Year
2008
Citations
4

Abstract

This paper addresses the design scheme of a multi-mode amphibious biomimetic robot inspired by amphibians, as well as preliminary development of the robotic prototype. The robot is capable of both fish-like swimming and dolphin-like one under water, in which a swivelling body device is responsible for switching between them. Meanwhile, for ground-based movements, the introduction of the flippers or wheel-paddle structure not only make AmphiRobot crawl or roll like a wheeled vehicle, but also make the robot more manuverable in water. On the basis of the sensing system, a intelligent strategy switching motion modes between land and water is proposed, which makes robot operate on ground and in water freely and agilely.

Keywords

RobotBiomimeticsMode (computer interface)Mobile robotEngineeringRobot kinematicsComputer scienceRobot locomotionPaddleMarine engineering

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