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A Review of Biomimetic Artificial Lateral Line Detection Technology for Unmanned Underwater Vehicles

机译:无人水下车辆仿生人工横向线检测技术综述

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Due to the disturbance of complex underwater environment in the existing acoustic and optical detection systems, it is difficult for the acoustic or optical detection system to obtain accurate near-field sensing information for unmanned underwater vehicles (UUVS). This paper discusses the characteristics and difficulties of the detection technology for UUVS, and reviews the research advances with respect to the artificial lateral line (ALL) array and the signal processing. The key problems existing in the current researches are pointed out, including perception principle, layout and micro-process of ALL, and application of artificial intelligence algorithm and the approaches for solving these problems are discussed. After the above problems are solved, the ALL detection technology will have broad application prospects and application value in intelligent swarm detection for UUVS.
机译:由于在现有的声学和光学检测系统中的复杂水下环境的扰动,声学或光学检测系统难以获得无人水下车辆(UUV)的准确近场感测信息。本文讨论了UUV检测技术的特点和困难,并评估了对人工横向线(全部)阵列和信号处理的研究进步。目前研究中存在的关键问题是指出的,包括所有人的看法原理,布局和微工艺,以及人工智能算法的应用以及解决这些问题的方法。在解决上述问题之后,所有检测技术都将具有广泛的应用前景和智能群体检测的应用价值对UUVS。

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