2026 1

CORE-Net: A cross-modal orthogonal representation enhancement network for low-altitude multispectral object detection
CORE-Net: A cross-modal orthogonal representation enhancement network for low-altitude multispectral object detection
Daoze Tang*, Shuyun Tang*, Dequan Zheng# (* equal contribution, # corresponding author)
PLOS One • 2026
Diverging from conventional heavy-fusion paradigms, the CORE-Net framework adopts a dual-branch architecture integrated with a streamlined Cross-modal Concatenation Network Framework (CCNF), which achieves efficient feature integration while substantially reducing model complexity.

2025 1

A global object-oriented dynamic network for low-altitude remote sensing object detection
A global object-oriented dynamic network for low-altitude remote sensing object detection
Daoze Tang*, Shuyun Tang*, Yalin Wang, Shaoyun Guan#, Yining Jin# (* equal contribution, # corresponding author)
Scientific Reports • 2025
This research presents a scalable object detection framework adaptable to various application scenarios and contributes a novel design paradigm for efficient deep learning-based object detection.

2024 1

LCFF-Net: A lightweight cross-scale feature fusion network for tiny target detection in UAV aerial imagery
LCFF-Net: A lightweight cross-scale feature fusion network for tiny target detection in UAV aerial imagery
Daoze Tang, Shuyun Tang, Zhipeng Fan# (# corresponding author)
PLOS One • 2024
This work proposes an improved, lightweight algorithm, LCFF-Net, designed to enhance the extraction of tiny target features and optimize the use of computational resources, and presents different scale versions of the LCFF-Net algorithm to suit various deployment environments.