In these "Lightweight" (LS) models, the following components are typically highlighted in the full papers:
This paper introduces a lightweight model designed for underwater vehicles, utilizing Region Scaling (RS) loss and self-attention mechanisms to improve small-object detection in complex environments.
While based on YOLOv8, this "LS" (Lightweight and Scalable) variant is highly cited for its use of Multi-Scale Ghost Convolution (MSGConv) and efficiency gains of up to 55% FPS. Full Text Access: View the full paper on ResearchGate . Key Technical Features of LS-Models Ls Models (10) mp4
Integrated into the neck or head of the network to capture global context without the heavy computational cost of standard transformers.
Based on your search for "LS Models (10)", there are several recent publications that match this technical profile: In these "Lightweight" (LS) models, the following components
Published in the IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing , this paper focuses on remote sensing and landslide detection using a modified YOLOv5/v10-style architecture. Full Text Access: Available via IEEE Xplore.
Reduces parameters and FLOPs while maintaining feature extraction quality. Key Technical Features of LS-Models Integrated into the
Available for request or viewing on ResearchGate .