ロボティクス・メカトロニクス講演会講演概要集
Online ISSN : 2424-3124
セッションID: 2A1-I01
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マンタロボットの2自由度設計に基づくジンバル姿勢制御のためのモデルの検討
*佐光 将里渡辺 桂吾永井 伊作
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Underwater exploration robots are utilized for exploring underwater resources and surveying ecology of aquatic organisms. Biomimetic robots can conduct surveys without affecting aquatic organisms. A Manta robot with a propulsive mechanism using pectoral fins, one of which imitated an actual Manta’s pectoral fin, has already been developed up to now. In this Manta robot, the self-position is estimated using optical flow. However, the Manta Robot generated a pitch motion during swimming and affects the posture of a camera. To more accurately estimate the self-position of the manta robot, it is aimed at constructing a model to control the posture of a gimbal mechanism for a mounted camera accurately, in the framework of two-degree-of-freedom design.

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© 2019 一般社団法人 日本機械学会
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