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AN AMPHIBIOUS SNAKE-LIKE ROBOT WITH NOVEL GAITS ON GROUND AND IN WATER

机译:在地面和水中具有新型步态的两栖类蛇状机器人

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摘要

Amphibious snake-like robots are advantageous than traditional snake-like robots for their adaptability in aquatic environments. This paper presents a novel amphibious snake-like robot. The mechanism and control system of the robot are illustrated. A simplified Serpenoid Curve is used to generate the basic undulation of the robot. Three-dimensional gaits are generated by combining undulations of the robot on the horizontal and vertical planes. Novel gaits are found, including a S-shape rolling gait on the ground and a diving gait in the water. Experiments have been done to validate the gaits and show the performances of the gaits under different control parameters.
机译:两栖蛇状机器人在水生环境中的适应性优于传统蛇状机器人。本文提出了一种新型的两栖蛇状机器人。示出了机器人的机构和控制系统。简化的蛇形曲线用于生成机器人的基本波动。通过组合机器人在水平和垂直平面上的起伏来产生三维步态。发现了新颖的步态,包括地面上的S形滚动步态和水中的潜水步态。已经进行了实验以验证步态并显示在不同控制参数下步态的性能。

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