DH Research
DH research, encompassing diverse applications of data-driven methods, primarily aims to improve prediction accuracy and efficiency across various domains. Current research focuses heavily on leveraging machine learning algorithms, including convolutional neural networks, recurrent neural networks (like LSTMs), and large language models (like GPT-4), often combined with techniques like knowledge graph embedding and attention mechanisms, to analyze complex datasets and improve model performance. This work holds significant implications for numerous fields, from enhancing financial risk management and improving healthcare diagnostics to optimizing autonomous systems and advancing water resource management.
Papers
Research and experimental verification on low-frequency long-range underwater sound propagation dispersion characteristics under dual-channel sound speed profiles in the Chukchi Plateau
Jinbao Weng, Yubo Qi, Yanming Yang, Hongtao Wen, Hongtao Zhou, Ruichao Xue
Research and experimental verification on low-frequency long-range sound propagation characteristics under ice-covered and range-dependent marine environment in the Arctic
Jinbao Weng, Yubo Qi, Yanming Yang, Hongtao Wen, Hongtao Zhou, Ruichao Xue