Chaotic Grey Wolf Optimizer Steers Robot Boats and Underwater Vehicles Through Disturbances
A new simulation study shows that a disturbance-observer-based adaptive neuro-fuzzy sliding mode controller tuned by a chaotic grey wolf optimizer ...
A new simulation study shows that a disturbance-observer-based adaptive neuro-fuzzy sliding mode controller tuned by a chaotic grey wolf optimizer ...
A systematic review of 94 studies finds that deep learning models, especially GAN-based architectures, outperform classical methods for underwater image ...
Researchers developed GDH-Det, an underwater object detection method that uses a conditional diffusion network to synthesize degraded training images and ...
Researchers at Harbin Normal University have developed WFGformer, a dual-branch transformer network that uses Haar wavelet frequency decomposition to restore ...
In the cutting-edge world of marine robotics, the exploration of underwater environments has taken a significant leap forward with the ...
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