Generative World Models
Build interactive 3D worlds from real-world observations.
I study how AI understands and builds spatial worlds, and how agents reason, collaborate, and improve the systems they run on. My research connects spatial reasoning, world models, efficient intelligence, and human behavior. My work includes 30+ papers at CCF-A / CORE A* venues and has received 7,000+ citations.
PhD students · Postdoctoral researchers · Research interns
Spatial foundation models, grounded reasoning, and generative worlds for open environments.
Spatial Intelligence ↗02 / AGENTICAI4AI, embodied interaction, and multi-agent collaboration with measurable feedback.
Agentic Intelligence ↗GROUNDED IN URBAN SCIENCE Real spaces, human behavior, and collective dynamics.
Build interactive 3D worlds from real-world observations.
Learn and evaluate how multimodal models reason about real-world places from visual evidence.
Accelerate LLM inference and coordinate complementary models for capable agent systems.
Model heterogeneous human behavior and simulate population dynamics at scale.
Congratulations to Jingquan Chen and Yuwei Du.
Congratulations to Tianhui Liu, Shengyuan Wang, Zhiheng Zheng, and collaborators.
UrbanWell in the D&B Track; OpenCity in the AI4S Track. Congratulations to Yanxin Xi, Qingbin Zeng, and collaborators.
A regularly updated paper list is maintained online.
Congratulations to Xiaochong Lan, Zhiguang Han, and collaborators.
Both papers were accepted by SIGSPATIAL 2025.
A regularly updated paper list is maintained online.
CityGPT in the Research Track; CityBench in the D&B Track; LocalGPT in the ADS Track.
Basic Spatial Abilities accepted by ACL; PIGEON accepted by ACL Findings.
Recognized by SIGSPATIAL China Chapter.
Code repositories for both urban LLM benchmarks were released.
Selected in the 2024 Stanford/Elsevier Top 2% Scientists list.
Both works were accepted by KDD 2024; UniST was later recognized as a highly influential KDD paper.
A preprint on urban generative intelligence was released.
Real-time intelligent dispatching algorithms for minute-level delivery networks.