Publications by authors named "Xinlei Shao"

Traditional detection and monitoring of seafloor debris present considerable challenges due to the high costs associated with underwater imaging devices and the complex environmental conditions in marine ecosystems. In response to these challenges, this field study conducted in Koh Tao, Thailand, proposed an innovative and cost-effective approach that leverages super-resolution reconstruction (SRR) technology in conjunction with an optimized object detection model based on YOLOv8. Super-resolution (SR) images reconstructed by seven SRR models were fed into the proposed Seafloor-Debris-YOLO (SFD-YOLO) model for seafloor debris object detection.

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Article Synopsis
  • Underwater litter is prevalent in lakes, rivers, and oceans, harming ecosystems, and current detection methods are inefficient or costly.
  • The Aerial-Aquatic Speedy Scanner (AASS) uses Super-Resolution Reconstruction (SRR) and an advanced YOLOv8 network to improve detection of underwater waste.
  • The introduction of the RCAN model with a 78.6% mean average precision shows significant enhancements in identifying and classifying litter, making the system more effective than traditional methods.
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