An Underwater Robot Inspection Anomaly Localization Feedback System Based on Sonar Technology

This article introduces an underwater robot inspection anomaly localization feedback system comprising a real-time water surface tracking, detection, and positioning system located on the water surface, while the underwater robot inspection anomaly feedback system is housed within the underwater robot. The system facilitates the issuance of corresponding mechanical responses based on the water surface’s real-time tracking, detection, and positioning, enabling recognition and feedback of anomaly information. Through sonar technology, the underwater robot inspection anomaly feedback system monitors the underwater robot in real-time, triggering responsive actions upon encountering anomalies. The real-time tracking, detection, and positioning system from the water surface identifies abnormal conditions of underwater robots based on changes in sonar images, subsequently notifying personnel for necessary intervention.