Aquaspark™ Underwater AI Vision Terminal
Combines binocular stereo vision, on-board edge computing and active image stabilization for fish imaging, three-dimensional body reconstruction, behavior recognition, body length and weight estimation, and growth curve analysis. It can be linked with environmental indicators such as water temperature, dissolved oxygen and pH.
Product Introduction
Combines binocular stereo vision, on-board edge computing and active image stabilization for fish imaging, three-dimensional body reconstruction, behavior recognition, body length and weight estimation, and growth curve analysis. It can be linked with environmental indicators such as water temperature, dissolved oxygen and pH.
Core Features
System Composition & Supporting Details
Underwater Binocular Camera
Stereo vision acquisition module that, combined with algorithms, measures fish length and estimates body weight and other biometric parameters.
Underwater Active Stabilization Gimbal
Vision stabilization actuator that compensates for water flow disturbance and keeps underwater observation images steady.
Broad-Spectrum Underwater Light Module
Underwater illumination unit optimized for low-light and high-turbidity water, improving image acquisition and valid data yield.
Underwater Edge Computing Pod
On-board edge computing core that runs algorithms for fish biometric measurement, feeding behavior recognition and gimbal image stabilization.
Side-Mounted Underwater Monocular Camera
Auxiliary imaging unit for continuous monitoring of fish activity and feeding behavior in the aquaculture water body.
Anti-Fouling UV Inhibition Module
Inhibits biofouling on underwater surfaces through UV optics. Specific operating strategy, maintenance cycle and usage requirements are confirmed according to equipment configuration and water conditions.