
Z. Chen*, Zhixu Duan*, H.-Z. Huang (* equal contribution)
Structural Health Monitoring (SHM, CAS Q2) 2026
A unified health-domain relation learning approach enhances fault detection under complex operating conditions.
Z. Chen*, Zhixu Duan*, H.-Z. Huang (* equal contribution)
Structural Health Monitoring (SHM, CAS Q2) 2026
A unified health-domain relation learning approach enhances fault detection under complex operating conditions.

Zhixu Duan, et al.
Submitted to Advanced Engineering Informatics (AEI, CAS Q1) 2026 Minor Revision
A domain-attribute fusion model decouples intrinsic fault features, improving unseen-domain diagnosis robustness.
Zhixu Duan, et al.
Submitted to Advanced Engineering Informatics (AEI, CAS Q1) 2026 Minor Revision
A domain-attribute fusion model decouples intrinsic fault features, improving unseen-domain diagnosis robustness.

Zhixu Duan, et al.
Submitted to IEEE Transactions on Industrial Informatics (IEEE TII, CAS Q1)Under Review. 2026
A collaborative teacher-student learning framework enhances multi-domain generalized fault diagnosis.
Zhixu Duan, et al.
Submitted to IEEE Transactions on Industrial Informatics (IEEE TII, CAS Q1)Under Review. 2026
A collaborative teacher-student learning framework enhances multi-domain generalized fault diagnosis.

R. Liu, Zhixu Duan, et al.
Submitted to Advanced Engineering Informatics (AEI, CAS Q1)Under Review. 2026
A domain-attribute fusion model decouples intrinsic fault features, improving unseen-domain diagnosis robustness.
R. Liu, Zhixu Duan, et al.
Submitted to Advanced Engineering Informatics (AEI, CAS Q1)Under Review. 2026
A domain-attribute fusion model decouples intrinsic fault features, improving unseen-domain diagnosis robustness.

Zhixu Duan, et al.
Submitted to ICML 2026Under Review. 2026
A Benchmark for LLM to carry Industry Code Generation.
Zhixu Duan, et al.
Submitted to ICML 2026Under Review. 2026
A Benchmark for LLM to carry Industry Code Generation.

Z. Chen*, Zhixu Duan*, H.-Z. Huang (* equal contribution)
Submitted to Computers in Industry (COMPUT IND, CAS Q1) 2026 Minor Revision
A CLIP-based forward-reverse reasoning model enable for fault diagnosis.
Z. Chen*, Zhixu Duan*, H.-Z. Huang (* equal contribution)
Submitted to Computers in Industry (COMPUT IND, CAS Q1) 2026 Minor Revision
A CLIP-based forward-reverse reasoning model enable for fault diagnosis.

Zhixu Duan, R. Liu, Z. Chen, H.-Z. Huang
Engineering Applications of Artificial Intelligence (EAAI, CAS Q1) 2025
A relation network using pseudo-fault data improves train transmission fault detection and localization performance.
Zhixu Duan, R. Liu, Z. Chen, H.-Z. Huang
Engineering Applications of Artificial Intelligence (EAAI, CAS Q1) 2025
A relation network using pseudo-fault data improves train transmission fault detection and localization performance.

Zhixu Duan, R. Liu, Z. Chen, H.-Z. Huang
IEEE PHM 2024 2024 Oral Presentation
A PRN model combining RSN and KAN is proposed for train transmission fault detection with few samples, achieving over 98% accuracy.
Zhixu Duan, R. Liu, Z. Chen, H.-Z. Huang
IEEE PHM 2024 2024 Oral Presentation
A PRN model combining RSN and KAN is proposed for train transmission fault detection with few samples, achieving over 98% accuracy.