Biography
I am an Associate Professor in the School of Intelligence and Computing at Tianjin University. I earned my Ph.D. from Harbin Institute of Technology in 2018 under the supervision of Professor Jianzhong Li. From 2015 to 2017, I was a joint Ph.D. student at the University of Edinburgh, mentored by Academician Wenfei Fan. My research interests include database systems, big data processing, data governance, graph data mining, and multimodal data analysis. Currently, I focus on integrating logical rules with deep learning for knowledge discovery in multimodal data and enhancing AI interpretability. I also work on large-scale models for biomanufacturing.
News
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One paper was conditionally accepted by Big Data Mining and Analytics 2025 (SCI Q1)
One paper was conditionally accepted by Big Data Mining and Analytics 2024 (SCI Q1)
One paper was conditionally accepted by VLDB 2024 (CCF A)
Two papers were conditionally accepted by DASFAA 2024 (CCF B)
Teaching
Database Principles
Introduction to the fundamental concepts of database systems, including data models, query languages, and database design.
Database System
Advanced study of database management systems, focusing on implementation, optimization, and practical applications.
Algorithm Design and Analysis
Exploration of algorithm design techniques, complexity analysis, and problem-solving strategies.
Selected Publications
(* refers to corresponding author)
Extending graph rules with oralces
Entity Profiling with Graph Rules
Learning Rules in Knowledge Graphs via Contrastive Learning
A Reinforcement Learning Approach for Graph Rule Learning
STHGCN: A spatiotemporal prediction framework based on higher-order graph convolution networks
Traffic prediction based on auto spatiotemporal multi-graph adversarial neural network
Catching Numeric Inconsistencies in Graphs
Discovering Graph Functional Dependencies
Catching Numeric Inconsistencies in Graphs
Discovering Graph Functional Dependencies
Parallel Reasoning of Graph Functional Dependencies
EntityManager: Managing Dirty Data Based on Entity Resolution
不一致数据上查询结果的一致性估计
基于实体的相似性连接算法
Programs
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National Key R&D Program of China Sub-project
Research on key technologies of comprehensive information application platform for cultural relics safety based on big data technologies.
Research on big data analysis and prediction and early warning of cultural relic safety risk.
2020-2023 -
The National Natural Science Foundation of China Youth-Foundation
Research on graph dependencies for link predicting interpretion.
2020-2023