activity
20242026
collaborators

11 papers

stat.ME2026

AI-Augmented Statistical Network Estimation with Proxy Gene Embeddings

Yan Chen, Weijing Tang, Jin-Hong Du

Gene--gene networks are often observed only on a restricted target set, while modern biomedical foundation models provide proxy gene embeddings over substantially larger gene unive…

stat.ML2026

Beyond Importance: Interchange-Sobol Sensitivity Reveals Task-Specific Content Channels in Transformer Components

Yifeng Guo, Jin-Hong Du, Xiang Chen

Mechanistic interpretability methods summarize a transformer component by a single importance score, conflating two distinct roles: a component may matter because it transports tas…

cs.LG2025

Distance-Preserving Representations for Genomic Spatial Reconstruction

Wenbin Zhou, Jin-Hong Du

The spatial context of single-cell gene expression data is crucial for many downstream analyses, yet often remains inaccessible due to practical and technical limitations, restrict…

math.ST2025

Precise Asymptotics of Bagging Regularized M-estimators

Takuya Koriyama, Pratik Patil, Jin-Hong Du +2

We characterize the squared prediction risk of ensemble estimators obtained through subagging (subsample bootstrap aggregating) regularized M-estimators and construct a consistent…

stat.ME2025

Causal Inference for Genomic Data with Multiple Heterogeneous Outcomes

Jin-Hong Du, Zhenghao Zeng, Edward H. Kennedy +2

With the evolution of single-cell RNA sequencing techniques into a standard approach in genomics, it has become possible to conduct cohort-level causal inferences based on single-c…

stat.ME2025

Network-based Neighborhood regression

Yaoming Zhen, Jin-Hong Du

Given the ubiquity of modularity in biological systems, module-level regulation analysis is vital for understanding biological systems across various levels and their dynamics. Cur…