Encoder-free multi-axis physics-aware fusion network for remote sensing image dehazing
Current methods for remote sensing image dehazing confront noteworthy computational
intricacies and yield suboptimal dehazed outputs, thereby circumscribing their pragmatic …
intricacies and yield suboptimal dehazed outputs, thereby circumscribing their pragmatic …
A decoder-focused multi-task network for semantic change detection
Z Li, X Wang, S Fang, J Zhao… - IEEE Transactions on …, 2024 - ieeexplore.ieee.org
Recently, semantic change detection (SCD) has gained growing attention from the remote-
sensing (RS) research community due to its critical role in Earth observation applications …
sensing (RS) research community due to its critical role in Earth observation applications …
Robust aerial person detection with lightweight distillation network for edge deployment
X Zhang, Y Feng, S Zhang, N Wang… - IEEE Transactions on …, 2024 - ieeexplore.ieee.org
Aerial person detection (APD) is vital for enhancing search and rescue (SaR) operations,
particularly when locating victims in remote, poorly-lit areas. Despite advancements in …
particularly when locating victims in remote, poorly-lit areas. Despite advancements in …
TBNet: A texture and boundary-aware network for small weak object detection in remote-sensing imagery
Z Li, Y Wang, D Xu, Y Gao, T Zhao - Pattern Recognition, 2025 - Elsevier
Object detection is of great importance for remote sensing image interpretation work and has
received significant attention. However, small weak object detection has always been a …
received significant attention. However, small weak object detection has always been a …
Msnet: Multi-scale network for object detection in remote sensing images
Remote sensing object detection (RSOD) encounters challenges in effectively extracting
features of small objects in remote sensing images (RSIs). To alleviate these problems, we …
features of small objects in remote sensing images (RSIs). To alleviate these problems, we …
Hierarchical feature fusion of transformer with patch dilating for remote sensing scene classification
X Chen, M Ma, Y Li, S Mei, Z Han… - IEEE Transactions on …, 2023 - ieeexplore.ieee.org
Recently, the Transformer-based technique has emerged as a promising solution for
modeling contextual information in remote sensing (RS) scenes and has found widespread …
modeling contextual information in remote sensing (RS) scenes and has found widespread …
Attention-free global multiscale fusion network for remote sensing object detection
Remote sensing object detection (RSOD) encounters challenges in complex backgrounds
and small object detection, which are interconnected and unable to address separately. To …
and small object detection, which are interconnected and unable to address separately. To …
Reconstruction-assisted and distance-optimized adversarial training: A defense framework for remote sensing scene classification
Despite deep neural networks (DNNs) have been widely applied in remote sensing (RS)
scene classification and achieved satisfying performance, the vulnerability of DNNs toward …
scene classification and achieved satisfying performance, the vulnerability of DNNs toward …
A multi-task network and two large scale datasets for change detection and captioning in remote sensing images
J Shi, M Zhang, Y Hou, R Zhi… - IEEE Transactions on …, 2024 - ieeexplore.ieee.org
Remote sensing change detection (RSCD) recognizes pixel-level change regions between
images, while remote sensing change captioning (RSCC) describes the nature and …
images, while remote sensing change captioning (RSCC) describes the nature and …
Object Detection in Remote Sensing Imagery Based on Prototype Learning Network with Proposal Relation
K Ni, T Ma, Z Zheng, P Wang - IEEE Transactions on …, 2024 - ieeexplore.ieee.org
Deep learning object detection algorithms, due to their powerful feature learning
capabilities, can effectively improve the accuracy of target detection in remote sensing …
capabilities, can effectively improve the accuracy of target detection in remote sensing …