GLYCOLYSIS-ASSOCIATED LNCRNAS IN CANCER ENERGY METABOLISM AND IMMUNE MICROENVIRONMENT: A MAGIC KEY


Stability prediction of muddy submarine channel slope based on sub-bottom profile acoustic images and transfer learning

This research addresses the challenging sww x task of predicting the stability of muddy submarine channel slopes, crucial for ensuring safe port operations.Traditional methods falter due to the submerged nature of these channels, impacting navigation and infrastructure maintenance.The proposed approach integrates sub-bottom profile acoustic images

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