Remote Sensing Image
Remote sensing image analysis focuses on extracting meaningful information from images captured by satellites and aerial platforms, primarily for Earth observation applications. Current research emphasizes improving the accuracy and efficiency of various tasks, including semantic segmentation, object detection (especially oriented objects), and change detection, often leveraging deep learning models like transformers and UNets, along with innovative techniques such as prompt learning and multimodal fusion. These advancements are crucial for a wide range of applications, from precision agriculture and urban planning to environmental monitoring and disaster response, enabling more accurate and timely insights from remotely sensed data.
Papers
GDSR: Global-Detail Integration through Dual-Branch Network with Wavelet Losses for Remote Sensing Image Super-Resolution
Qiwei Zhu, Kai Li, Guojing Zhang, Xiaoying Wang, Jianqiang Huang, Xilai Li
A Novel Shape Guided Transformer Network for Instance Segmentation in Remote Sensing Images
Dawen Yu, Shunping Ji
Ultra-Low Complexity On-Orbit Compression for Remote Sensing Imagery via Block Modulated Imaging
Zhibin Wang, Yanxin Cai, Jiayi Zhou, Yangming Zhang, Tianyu Li, Wei Li, Xun Liu, Guoqing Wang, Yang Yang
ERVD: An Efficient and Robust ViT-Based Distillation Framework for Remote Sensing Image Retrieval
Le Dong, Qixuan Cao, Lei Pu, Fangfang Wu, Weisheng Dong, Xin Li, Guangming Shi
Pattern Integration and Enhancement Vision Transformer for Self-Supervised Learning in Remote Sensing
Kaixuan Lu, Ruiqian Zhang, Xiao Huang, Yuxing Xie, Xiaogang Ning, Hanchao Zhang, Mengke Yuan, Pan Zhang, Tao Wang, Tongkui Liao
Aquila: A Hierarchically Aligned Visual-Language Model for Enhanced Remote Sensing Image Comprehension
Kaixuan Lu, Ruiqian Zhang, Xiao Huang, Yuxing Xie