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Design elements of a small low-cost autonomous underwater vehicle for field experiments in multi-vehicle coordination

机译:小型低成本多用途协作水下机器人的设计要素

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Field operations with multiple autonomous underwater vehicles are often expensive and logistically complex, yet the development of decentralized control and estimation algorithms suitable for cooperating autonomous vehicles requires in situ testing and experimentation. Toward the goal of creating a field-deployable testbed for multi-vehicle control and estimation algorithms, a small, inexpensive autonomous underwater vehicle has been developed. Design features of the AUV are presented along with design trade-offs imposed by developing an AUV that is small, inexpensive, yet fully-field deployable.
机译:具有多个自动水下机器人的现场操作通常是昂贵的并且后勤上很复杂,但是适于合作自动驾驶车辆的分散控制和估计算法的开发需要现场测试和实验。为了建立用于多车辆控制和估计算法的可现场部署的试验台,已经开发了一种小型,廉价的自主水下航行器。展示了AUV的设计功能,以及通过开发体积小,价格低廉但可在现场完全部署的AUV进行的设计折衷。

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