2024.9---2029.6 PhD Candidate
My research interests lie at the intersection of astronomy and artificial intelligence, focusing on multimodal perception, large language models, space mission instruction parsing, and autonomous reasoning for space applications. I conduct astronomical research under the supervision of Prof. Nan Li at the National Astronomical Observatories (NAOC) and Prof. Ning An at the Changchun Observatory, Chinese Academy of Sciences.
I am currently a research intern at The Future Laboratory, Tsinghua University, where I am working on developing large-scale lunar language models and intelligent systems for lunar exploration. Previously, I interned at the National Astronomical Observatories, CAS and the Department of Earth and Space Sciences, SUSTech, gaining hands-on experience in cutting-edge astronomical and space science projects.
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University of Chinese Academy of SciencesM.S./Ph.D. Student, School of Astronomy and Space ScienceSep. 2024 - present -
Qilu University of Technology (Shandong Academy of Sciences)B.S. in Computer ScienceSep. 2020 - Jun. 2024
Honors & Awards
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Graduate Academic Scholarship, UCAS2024 - present
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Quancheng Scholarship2024
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National Scholarship, Ministry of Education2023
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National Encouragement Scholarship2022
News
Selected Publications (view all )
Lunar Twins: We Choose to Go to the Moon with Large Language Models
Xin-Yu Xiao, Yalei Liu, Xiangyu Liu, Zengrui Li, Erwei Yin, Qianchen Xia
Annual Meeting of the Association for Computational Linguistics (ACL) 2025 Accepted
This paper presents Lunar Twins, the first large language models specifically designed for lunar exploration. The system includes the Chang’e and Yutu models, introduces a collaborative multi-agent workflow (Lunar_GenData), and establishes the first specialized lunar dataset integrating data from the Chang’e missions. Extensive experiments show that Lunar Twins significantly outperform comparable models in domain expertise and hint at embodied intelligence potential.
Lunar Twins: We Choose to Go to the Moon with Large Language Models
Xin-Yu Xiao, Yalei Liu, Xiangyu Liu, Zengrui Li, Erwei Yin, Qianchen Xia
Annual Meeting of the Association for Computational Linguistics (ACL) 2025 Accepted
This paper presents Lunar Twins, the first large language models specifically designed for lunar exploration. The system includes the Chang’e and Yutu models, introduces a collaborative multi-agent workflow (Lunar_GenData), and establishes the first specialized lunar dataset integrating data from the Chang’e missions. Extensive experiments show that Lunar Twins significantly outperform comparable models in domain expertise and hint at embodied intelligence potential.
Integrating Wavelet Transforms into Image Reconstruction Networks for Effective Style Transfer
Yunfei Chu, Xin-Yu Xiao, Longchen Han, Yaoshun Yue, Maohai Lin
Journal of Imaging Science and Technology 2025 Published
This paper presents an effective method for image style transfer by integrating wavelet transforms into whitening and coloring processes within image reconstruction networks. The proposed Wavelet Transfer Network (WTN) directly aligns the feature covariance of content and style images, yielding high-quality stylized outputs with enhanced efficiency and generalization. Experimental results demonstrate the superiority of WTN over existing methods in both arbitrary and photorealistic style transfer, setting a new benchmark in the field.
Integrating Wavelet Transforms into Image Reconstruction Networks for Effective Style Transfer
Yunfei Chu, Xin-Yu Xiao, Longchen Han, Yaoshun Yue, Maohai Lin
Journal of Imaging Science and Technology 2025 Published
This paper presents an effective method for image style transfer by integrating wavelet transforms into whitening and coloring processes within image reconstruction networks. The proposed Wavelet Transfer Network (WTN) directly aligns the feature covariance of content and style images, yielding high-quality stylized outputs with enhanced efficiency and generalization. Experimental results demonstrate the superiority of WTN over existing methods in both arbitrary and photorealistic style transfer, setting a new benchmark in the field.