When label-free morphology is sufficient for targeted cellular measurements
Tests when morphology-derived measurements preserve cellular responses and the scientific decisions based on them.
AI FOR SCIENCE · SCIENTIFIC AGENTS · GRAPH LEARNING
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.
Research collaborations, internships, and AI for Science roles.
limengran1998@163.com ↗01 / UPDATES
02 / SELECTED RESEARCH
Representative work in cellular AI and graph learning. Click any figure to enlarge it.
Tests when morphology-derived measurements preserve cellular responses and the scientific decisions based on them.
Uses execution feedback to revise cellular-response models under a fixed evaluation protocol, recording each design change and outcome.
Checks whether cellular-response models actually use perturbation inputs and whether those inputs improve prediction, then uses failures to guide revision.
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.
Combines semantic prototypes, virtual edges, and adaptive fusion to learn from heterophilic graphs with missing features.
Models molecular structure and cellular responses together, using hierarchical representations to improve molecular property prediction.
03 / PUBLICATION RECORD
04 / RECOGNITION
05 / ACADEMIC COMMUNITY
Reviewer: IJCV, IEEE TPAMI, ICML, NeurIPS, ICLR, AAAI, ACM MM; IEEE TNNLS, IEEE TKDE, ACM TKDD, TOIS; Pattern Recognition, Information Fusion, etc.
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I welcome conversations about research collaborations and opportunities.