Endowing underwater robots with the wisdom of flow perception, our scientists have achieved a new breakthrough in bionic perception. [Chinese]

Source: news.bjd.com.cn | Author: Not Specified | Read the full article in Chinese

Scientists at the Chinese Academy of Sciences have made an exciting breakthrough in underwater robotics by creating a unique sensor inspired by how fish navigate through water. Just like fish use their special sensory system to detect water currents and obstacles, this new technology called FlowSight allows underwater robots to "feel" water movement with incredible precision.

The innovative sensor uses a flexible silicone whisker that captures water flow information through a high-definition camera. When water moves across the whisker, the camera records its movements, and advanced machine learning algorithms interpret the speed and direction of the water current. This allows the robot to understand its environment in a way similar to how fish naturally sense their surroundings, with remarkable accuracy in measuring water flow.

In practical tests, the research team successfully integrated this sensor into an underwater robot, enabling it to navigate complex water environments with unprecedented skill. The robot can now move against currents, adjust its position dynamically, and potentially revolutionize underwater exploration and ecological monitoring. This breakthrough represents a significant step forward in creating more intelligent and adaptable underwater robotic systems that can operate more like living creatures.

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