在北京航空航天大学机器人研究所，一条长0.8米的机器鱼(Robofish)在一项全新的缠结信息已经用于实现量子密码翻译、极小规模的量子计算和远距传物。如果缠结的yhsbytjnon
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bionic robofish 仿生机器鱼
amphibious robofish 两栖机器鱼
multi robofish platform 多机器鱼平台
Control and Maneuverability of Multi-robofish 多仿生机器鱼群体定位控制
The robofish adopts propulsion method of real fish, which has characteristic of high speed, high efficiency, excellent maneuvering performance, low noise etc. Its research contents have important practical significance and direct military value.
仿生机器鱼采用鱼类游动的高速、高效率、机动性好、低噪声等特点的推进方式,其研究内容具有重要的现实意义和直接的军事价值。
参考来源 - 一种仿生机器鱼的运动分析及其控制系统研究In this paper, the present research of robofish propelling in domestic and oversees is analyzed and summarized, have some study on the typical experiment platform and relative prototype driving mechanism.
本文对国内外仿鱼推进领域相关研究现状进行了分析和综述,对典型实验平台和相关样机驱动机构进行了研究。
参考来源 - 微小型水下航行体仿鱼推进驱动技术研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The robofish bodies are continuous (i.e., not divided into different segments), flexible and made from soft polymers.
机械鱼的身体是个整体（而非分成几部分），它由软的聚合材料制成，十分灵活。
In this paper, based on the experimental platform of multiple mini robofish developed by the authors, a pilot study of cooperative swimming control of multi-robofish is described.
在多仿生机器鱼实验平台上，针对多仿生机器鱼按次通过水中一个狭孔的问题，进行了多机器鱼协调控制的初步研究。
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