Mitigating Hallucinations in Large Vision-Language Models via Causal Route Gating
Research
Research Interests
I am a first-year Ph.D. student at Southwestern University of Finance and Economics (SWUFE), advised by Prof. Fode Zhang. My research focuses on building more reliable learning systems through causal analysis, with particular interest in multimodal large language models (MLLMs) and transfer learning.
Selected Work
Publications
Conference Papers
Domain Adaptation with Adaptive f-Divergence: Tighter Variational Representation and Generalization Bounds
Journal Articles
Causality-Preserving Domain Generalization via Adaptive Fourier Mixup for RUL Prediction
Mitigating Distal Interference in Continual Learning through Locally Gated Kolmogorov–Arnold Networks
Order-Preserving Kernel Contrastive Learning With Applications to Cross-Domain RUL Prediction
Randomized algorithms for tensor response regression
Low tubal rank tensor completion based on singular value factors
Bayesian Variable Selection Based on the Tobit Quantile Regression Model
Under Review
When Does Rank Limit LoRA? A Local Dense-vs-Low-Rank Gap Diagnostic
Reliability-Aware Information Bottleneck Adaptation for Cross-Domain Remaining Useful Life Prediction
Distributionally Robust Domain Adversarial Generalization Approach Based on (f, Gamma)-Divergence
Funding
Research Grants
2025
Principal Investigator
Fundamental Research Funds for the Central Universities (JBK2507005).
Causal Representation Learning for Cross-Domain RUL Prediction.
Recognition
Awards
2024
National Second Prize
Huawei Cup Graduate Student Mathematical Modeling Competition.
2023
National Third Prize
Huawei Cup Graduate Student Mathematical Modeling Competition.