Chuan XIAO
Associate Professor
Osaka University / Nagoya University
Chuan XIAO
Associate Professor
Osaka University / Nagoya University
Email: chuanx [at] nagoya-u.jp
Phone: +81-6-6105-6502
Address:
Graduate School of Information Science and Technology
Osaka University
1-5, Yamadaoka, Suita, Osaka 565-0871
Japan
PKF: (ICLR 2026 Oral) We studied the probabilistic kernel functions for fast angle testing and use them for MIPS and ANNS.
ELLMob: (ICLR 2026) We proposed an event-driven approach to human mobility generation using LLMs.
FleS: (ICLR 2026) We proposed a self-gated activation model for discriminative pattern recognition.
ASL: We studied KV cache reduction and proposed an adaptive layer-wise token pruning approach. [code]
LFP: (EMNLP 2025) We introduced the task of legal fact prediction and constructed a dataset for 657 litigation cases in China, covering 10 representative types of civil cases. [benchmark]
SAS: We are excited to announce the launch of SAS (Smart Agent Survey), a software designed for automated surveys utilizing LLM agents. Users can upload their questionnaires in various formats (DOCX, PDF, etc.). The software employs LLM agents to simulate respondent answers, making it a valuable tool for marketing strategies and policy-making.
We argue that LLM-based social simulations need clear boundaries to meaningfully contribute to social science research.
We analyze 7 security challenges that must be solved in cross-domain multi-agent LLM systems.
VLM & LLM fusion: We are excited to share some fascinating discoveries on combining Vision-Language Models (VLMs) with large language models (LLMs).
I am an associate professor with the Big Data Engineering Laboratory at Osaka University and a guest associate professor with the Database Laboratory at Nagoya University.
I graduated from the University of New South Wales in 2010, under the supervision of Xuemin Lin and Wei Wang.
My research interests focus on AI, NLP, computer simulation, data science, and data management. In detail, I explore the following research fields:
Agent-based modeling
Computational social science
Legal AI
Emergent language
Data lakes