Multi-Agent AI Systems
TL;DR: Analyzing and optimizing interactions in multi-agent AI systems.
I am a Ph.D. student at the School of Computer Science, The University of Auckland. Previously, I completed my Master's degree in Computer Technology at the University of Electronic Science and Technology of China (UESTC) in 2025. I also earned my Bachelor's degree from UESTC in 2022.
My research primarily focuses on two areas: analyzing and optimizing interactions in multi-agent AI systems, and designing effective mechanisms for the AI marketplace. I am also interested in mobile computing, wireless communications, and networking.
News
- 2026-08One paper multi-agent Webpage Generation is accepted by EMNLP 2026.
- 2026-04
Research
AI Marketplace Design
TL;DR: Designing effective mechanisms for the AI marketplace.
Publications
View All- EMNLP
WebWeaver: Style-Aware Webpage Generation with Style Contracts
A style-aware webpage generation framework that uses multi-agent collaboration and style contracts to control and preserve visual design intent.
- ECML PKDD
Mechanism Design for a Sustainable Federated Session Recommender System
A mechanism-design approach for sustainable federated session-based recommender systems.
- PIMRC
Contract-based Incentive Mechanism for AI-Generated Content Services in Vehicle Edge Computing
A contract-theoretic incentive mechanism for AI-generated content services in vehicle edge computing.
- IoTJ
Energy-Efficient Joint Optimization of Sensing and Computation in MEC-assisted IoT Using Mean-Field Game
Joint optimization of sensing and computation in MEC-assisted IoT systems using mean-field game theory.
- IoTJ
Blockchain-Based Resource Trading in Multi-UAV Edge Computing System
A blockchain-enabled resource trading framework for multi-UAV edge computing systems.
- Globecom
Contract-Based Incentive Mechanism for Blockchain-Enabled Federated Learning in Vehicle Edge Computing
A contract-based incentive framework for blockchain-enabled federated learning in vehicle edge computing.
Teaching
Courses I have assisted with at the University of Auckland.
2026 Semester Two
COMPSCI 120: Mathematics for Computer Science
Graduate Teaching Assistant
The University of Auckland, New Zealand.
2026 Semester Two
COMPSCI 220: Algorithms and Data Structures
Graduate Teaching Assistant
The University of Auckland, New Zealand.
2026 Semester One
COMPSCI 120: Mathematics for Computer Science
Graduate Teaching Assistant
The University of Auckland, New Zealand. May 2026 - Jun. 2026.
2026 Summer School
COMPSCI 120: Mathematics for Computer Science
Graduate Teaching Assistant
The University of Auckland, New Zealand. Nov. 2025 - Feb. 2026.