AI Framework for Modeling Turbulent Airflow Around Navy Ships Developed by OSU Researchers
Oklahoma State University is advancing naval aviation safety with the development of the AIRWISE AI framework. This system aims to generate 3D wind fields around Navy ships in under 100 milliseconds, addressing critical challenges in carrier landings.
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Oklahoma State University researchers are developing AIRWISE (Artificial Intelligence for Real-time Wake Inference in Ship Environments), an AI framework designed to model turbulent airflow around Navy ships, significantly impacting carrier landings. The system will deliver detailed 3D wind fields in less than 100 milliseconds using GPUs, improving pilot training and operational decision-making.
Current naval training simulators utilize simplified wind models, which fail to capture the dynamic nature of ship-induced airwakes. The research combines computational fluid dynamics with advanced AI techniques to maintain essential physics while ensuring rapid computation. Successful implementation of AIRWISE could standardize analysis of shipboard flight environments, enhancing safety in naval aviation.
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