Scroll to explore

Building machines that perceive and reason — at the crossroads of vision, language and remote sensing

Led by Dr. Wenjia Xu, our group works at the intersection of computer vision, natural language processing and remote sensing, with a focus on multi-modal large language models, agents, and few-shot learning.

The scientific questions we address

View Research

Our work spans vision, language and remote sensing, organized around perception, understanding and decision-making.

Satellite view of a river winding through farmland

Multi-modal LLMs & Agents

Vision-language multi-modal LLMs, in-context learning, model compression and pruning, and agent systems for real-world tasks such as remote sensing.

Learn more
Satellite view of snow-covered mountain ranges

Few-shot / Zero-shot Learning

Attribute prototype networks and visual-semantic embeddings that recognize novel categories from few or zero labeled samples.

Learn more
Satellite view of a coastal city and turquoise sea

Vision-Language Understanding

Image captioning, distinctive captioning and visual-semantic alignment - so models not only see, but describe.

Learn more
Satellite view of a lake and surrounding landscape

Remote Sensing Intelligence

Super-resolution, UAV visual localization, height estimation and change detection for Earth observation and sustainability.

Learn more

People behind these scientific questions

View Team

We are driven by creativity and curiosity to push back the frontiers of knowledge

Earth-observation satellite above the planet
Wenjia Xu

Wenjia Xu 许文嘉

Associate Professor · PhD Supervisor

School of Information and Communication Engineering, BUPT

Research across computer vision, natural language processing and remote sensing, focusing on agents, multimodal large language models and few-shot learning.

Computer Vision Natural Language Processing Remote Sensing
1,370+ Total citations
h-index 18 Google Scholar
40+ Publications

Students & research assistants

View all members
7 Members
2 PhD Students
3 Master Students
2 Research Assistants

Explore critical questions in Earth observation with outstanding collaborators, turning remote sensing data into knowledge for a more sustainable future.

Adequate computational power support Global collaboration network Cutting-edge scientific questions

Moments across Earth

Fieldwork, conferences and the moments that connect our team across the world.

Latest Publications

View publications

Our latest work in computer vision, language intelligence, multi-modal learning, and remote sensing.