"Last week, the Hong Kong-based South China Morning Post outlined the study, published in August by the trade journal Electronics Optics & Control. It announced that the China Helicopter Research and Development Institute had created an AI system that can simultaneously evaluate measurement data from various sources. From sonar buoys and underwater microphones to water temperature and salinity, it creates a dynamic map of the underwater environment in real time."
"The game-changing technology developed under chief engineer Meng Hao can also respond flexibly to countermeasures such as zigzag maneuvers and the deployment of decoys or drones. In computer simulations, the system was able to successfully locate the target in about 95% of cases, thus jeopardizing proven methods of submarine camouflage and defense."
An AI-driven anti-submarine warfare system created by the China Helicopter Research and Development Institute fuses diverse measurement data — sonar buoys, underwater microphones, temperature, and salinity — into a dynamic, real-time map of the underwater environment. The system adapts to countermeasures such as zigzag maneuvers, decoys, and drones, and translates complex sensor outputs into simple action points for personnel. In computer simulations, the AI located targets about 95% of the time. Developers plan integration with drone swarms, surface ships, and autonomous underwater robots to build a three-dimensional, self-learning detection network that scans the ocean and adapts to sophisticated evasion strategies.
Read at www.dw.com
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