A Web Services Composition With Well Structured. - Jiuyun Xu; Changbao Li; Youxiang Duan (ICNC (5), 2007)

Towards Mapping Large Scale Ontologies Based on RFCA with Attribute Reduction. - Pingli Gu; Jiuyun Xu; Changbao Li; Youxiang Duan (NPC Workshops, 2008)

A Discovery Approach for Web Services Composition Flows. - Changbao Li; Bo Cheng 001; Junliang Chen 001; Pingli Gu; Na Deng; Desheng Li (APSCC, 2010)

MRD: A Mashup Resource Discovery Approach Applying Semantics Indexing. - Changbao Li; Bo Cheng 001; Junliang Chen 001; Pingli Gu; Na Deng; Desheng Li (ICC, 2011)

On-the-Fly Detection Approach of Control Dependency Deadlocks in BPEL. - Na Deng; Desheng Li; Changbao Li; Junliang Chen 001; Chuanchang Liu (ICWS, 2011)

A Web Service Performance Evaluation Approach Based on Users Experience. - Changbao Li; Bo Cheng 001; Junliang Chen 001; Pingli Gu; Na Deng; Desheng Li (ICWS, 2011)

ECB: Enterprise Cloud Bus Based on WS-Notification and Cloud Queue Model. - Pingli Gu; Yanlei Shang; Junliang Chen 001; Miaoting Deng; Bojia Lin; Changbao Li (SERVICES, 2011)

MISDA: Web Services Discovery Approach Based on Mining Interface Semantics. - Bo Cheng 001; Shuai Zhao 001; Changbao Li; Junliang Chen 001 (ICWS, 2016)

A Web Services Discovery Approach Based on Mining Underlying Interface Semantics. - Bo Cheng 001; Shuai Zhao 001; Changbao Li; Junliang Chen 001 (IEEE Trans. Knowl. Data Eng., 2017)

A Similarity Calculation Method for Originality Evaluation. - Changbao Li; Xuelin Liu; Zhongliang Ai; Kewen Lu; Zhonglin Liu; Yawei Su (ICCE-TW, 2021)

Semantics Mining&Indexing-Based Rapid Web Services Discovery Framework. - Bo Cheng 001; Changbao Li; Junliang Chen 001 (IEEE Trans. Serv. Comput., 2021)

Construction of user Portrait System Based on information warehouse under big data. - Yaxin Fang; Zhonglin Liu; Changbao Li; Shuang Pan (CAIBDA, 2022)

CEFW: A Comprehensive Evaluation Framework for Watermark in Large Language Models. - Shuhao Zhang 011; Bo Cheng 001; Jiale Han 001; Yuli Chen; Zhixuan Wu; Changbao Li; Pingli Gu (CoRR, 2025)