Waypoint tracking control of a multi-legged underwater robot crabster

W. Jeong, S. Yoo, H. Shim, J. Park, B. Jun
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引用次数: 5

Abstract

Korea Research Institute of Ships & Ocean Engineering(KRISO) developed a new type of underwater robot, ”Crabster(CR200)” for a precise survey and underwater tasks at a range down to 200m underwater by. This paper introduce a waypoint tracking control algorithm for efficient underwater exploration of CR200. The algorithm consist of Heading controller, Position controller and Path segment selector with four diverse modes which are Forward heading mode, Fixed heading mode, Fixed target mode and Target locked crab gait mode. Effectiveness and applicability of the proposed algorithm are confirmed by simulation and experiment results. The experiment is performed on March and May 2015, that are CR200's function test in ocean engineering water tank facility and real sea test in Korea yellow sea for Korea cultural properties survey.
多足水下捕蟹机器人的航路点跟踪控制
韩国船舶海洋科学研究院(KRISO)开发了一种新型水下机器人“Crabster(CR200)”,可以在水下200米以下的范围内进行精确测量和水下任务。介绍了一种用于CR200水下高效探测的航路点跟踪控制算法。该算法由航向控制器、位置控制器和路径段选择器组成,具有前进航向模式、固定航向模式、固定目标模式和目标锁定蟹步态模式四种不同的模式。仿真和实验结果验证了该算法的有效性和适用性。实验于2015年3月和5月进行,分别是CR200在海洋工程水箱设施的功能试验和韩国文物调查在韩国黄海进行的实海试验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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