Robotic fish are not new: In 1994, MIT ocean engineers demonstrated Robotuna, a four-foot-long robotic fish.
机械鱼并不是最新科技，早在1994年，麻省理工学院的海洋工程师就曾展示过一款名叫Robotuna的四英尺长的机械鱼。
The competition combines underwater robots with water polo game for the first time, in which biomimetic robotic fish play polo in the water.
该项目首次将水下机器人和水球运动结合起来，采用仿生机器鱼在水中进行水球比赛。
Scientists have developed and built a prototype for an eel-like robotic fish to be operable remotely, small, sophisticated and intelligent enough to operate autonomously underwater.
研究分享#【水下机器人的未来】新加坡的科学家目前研制出像鳗鱼的机器鱼原型，可以远程控制，体积小，非常智能，能够在水下自主行动。
A virtual robotic fish was built using polygon modeling method and the swing of fish tail was simulated.
采用多边形建模的方法构建了虚拟微型仿生机器鱼模型，模拟了鱼类尾鳍的摆动。
The young students engage in authentic robot design experiments, creating custom caudal fins for robotic fish.
青年学生从事真正的机器人设计实验，创建自定义尾鳍的机器鱼。
Meanwhile, the fin model is simplified, and a robotic fish fin driven by shape memory alloy(SMA) is developed.
基于绸带状鱼鳍的这种简化模型设计了形状记忆合金驱动的仿生鱼鳍。
Augmented Fish Reality is an interactive installation of five rolling robotic fish-bowl sculptures designed to explore interspecies and transpecies communication.
鱼儿的扩增实境是一件互动装置作品，用五个机械鱼缸来探索物种间的沟通。
Based on the information of multiple sensors, a composite fuzzy controller using real time fuzzy control algorithm was designed to decide the avoidance behavior of micro robotic fish.
并采用实时模糊决策算法设计了基于多传感器信息的复合模糊控制器，决策微型仿生机器鱼的避障行为。
The flapping mechanism adopts a parallel quadrilateral connecting rod mechanism to lead the tail fin of the robotic fish arranged on a tail fin frame to make periodic translational motion.
该拍动机构采用平行四边形连杆机构使安装在尾鳍架上的机构鱼的尾鳍作周期 性的平移运动。
Micro robotic fish was efficiently conducted by the composite fuzzy controller to avoid both single arbitrary shape obstacle and multiple continuous obstacles and achieved the targeting result.
无论是单个任意形状的障碍物还是多个连续障碍物，复合模糊控制器都能有效地引导仿生机器鱼避开障碍物，到达目标点。
High stability is the precondition of the high propulsive efficiency for robotic-fish and the steady control of the tail fin is the mail method to increase the stability of the robotic-fish.
高的稳定性是仿生机器鱼高效推进的前提，而对尾鳍的稳定性控制是实现仿生机器鱼稳定性的主要方法。
High stability is the precondition of the high propulsive efficiency for robotic-fish and the steady control of the tail fin is the mail method to increase the stability of the robotic-fish.
高的稳定性是仿生机器鱼高效推进的前提，而对尾鳍的稳定性控制是实现仿生机器鱼稳定性的主要方法。
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