AI FOR SCIENCE · SCIENTIFIC AGENTS · GRAPH LEARNING

Mengran Li 李孟燃

Ph.D. Student in Control Science & Engineering
Sun Yat-sen University ↗

My research spans AI for Science, graph and hypergraph learning, temporal modeling, and bioinformatics. I now focus on cellular predictions: when they support scientific decisions, how models improve with feedback, and whether they use the intended inputs.

I am advised by Prof. Ronghui Zhang and Prof. Yong Zhang. Previously, I interned at Baidu, SIAT, Westlake University, and CAIR.

Open to opportunities

Research collaborations, internships, and AI for Science roles.

limengran1998@163.com ↗

01 / UPDATES

News & milestones

Recent research and recognition
View all 18 updates +
  • One collaborative paper accepted by ICML 2026.
  • One paper accepted by IEEE TCYB.
  • One paper accepted by IEEE TNNLS.
  • Presented our work as an Oral Presentation at AAAI 2026 in Singapore: Learning Cell-Aware Hierarchical Multi-Modal Representations for Robust Molecular Modeling.
  • One paper accepted by Pattern Recognition (PR).
  • Two collaborative papers were accepted by Nature Communications and Communications Biology, respectively.
  • Research reported by media: Analysis of CHMR Framework.
  • One paper accepted by AAAI 2025 (Oral).
  • Awarded the National Scholarship for Ph.D. Students.
  • Awarded the Presidential Scholarship of Sun Yat-sen University.
  • Two papers (Redundancy Is Not What You Need... and SCAE...) selected as ESI Highly Cited Papers.
  • One survey paper on Graph LLMs accepted by Expert Systems with Applications (ESWA).
  • Awarded the SYSU Hong Kong/Macau Exchange Funding. Joint training at Westlake University and CAIR, HK (Supervisor: Prof. Stan Z. Li, Prof. Zhen Lei and Prof. Jiebo Luo).

02 / SELECTED RESEARCH

Selected Publications 代表作

Browse all publications ↓

Representative work in cellular AI and graph learning. Click any figure to enlarge it.

AttriReBoostIEEE Transactions on Cybernetics (IEEE TCYB 2026)

AttriReBoost: A Gradient-Free Propagation Optimization Method for Cold-Start Mitigation in Attribute Missing Graphs

Mengran Li, Chaojun Ding, Junzhou Chen, Wenbin Xing, Cong Ye, Ronghui Zhang, Songlin Zhuang, Jia Hu, Tony Z. Qiu, Huijun Gao

We propose ARB, a gradient-free propagation framework for attribute-missing graphs that mitigates cold-start via boundary redefinition and virtual edges, achieving accurate reconstruction with strong scalability.

Graph LearningMissing DataCold-StartPropagation

03 / PUBLICATION RECORD

Full Publication List

Google Scholar ↗
31 publications
23 journals5 conferences3 preprints
J23

SFAR: Semantic Fusion Attribute Recovery for Text Attribute Missing Graphs via Large Language Model Knowledge Generalization

2026IEEE/CAA Journal of Automatica Sinica1st AuthorCode ↗

04 / RECOGNITION

Honors & awards

  • National Scholarship (2026, 2025, 2022)
  • Presidential Scholarship, SYSU (2026, 2025)
  • Outstanding Master's Thesis, BJUT (2023)
  • Xiaomi Special Award (Top 10), BJUT (2022)

05 / ACADEMIC COMMUNITY

Service

Reviewer: IJCV, IEEE TPAMI, ICML, NeurIPS, ICLR, AAAI, ACM MM; IEEE TNNLS, IEEE TKDE, ACM TKDD, TOIS; Pattern Recognition, Information Fusion, etc.

GET IN TOUCH

Let’s work on scientific AI.

I welcome conversations about research collaborations and opportunities.

CITATION

BibTeX

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