A Novel Open Source Software Ecosystem: From a Graphic Point of View and Its Application. - Chenxi Song; Tao Wang 006; Gang Yin; Xunhui Zhang; Cheng Yang 004 (SEKE, 2016)

DevRec: A Developer Recommendation System for Open Source Repositories. - Xunhui Zhang; Tao Wang 006; Gang Yin; Cheng Yang 004; Yue Yu 001; Huaimin Wang (ICSR, 2017)

An Empirical Study of Reviewer Recommendation in Pull-based Development Model. - Cheng Yang 004; Xunhui Zhang; Lingbin Zeng; Qiang Fan; Gang Yin; Huaimin Wang (Internetware, 2017)

Who Will be Interested in? A Contributor Recommendation Approach for Open Source Projects. - Xunhui Zhang; Tao Wang 006; Gang Yin; Cheng Yang 004; Huaimin Wang (SEKE, 2017)

Cross-Project Issue Classification Based on Ensemble Modeling in a Social Coding World. - Yarong Zeng; Yue Yu 001; Qiang Fan; Xunhui Zhang; Tao Wang 006; Gang Yin; Huaimin Wang (ICONIP (4), 2018)

Improving code summarization by combining deep learning and empirical knowledge (S). - Lingbin Zeng; Xunhui Zhang; Tao Wang 006; Xiao Li; Jie Yu; Huaimin Wang (SEKE, 2018)

BBCPS: A Blockchain Based Open Source Contribution Protection System. - Qiubing Zeng; Xunhui Zhang; Tao Wang 006; Peichang Shi; Xiang Fu 002; Chenhui Feng (BlockSys, 2019)

A Neural-Network based Code Summarization Approach by Using Source Code and its Call Dependencies. - Bohong Liu; Tao Wang 006; Xunhui Zhang; Qiang Fan; Gang Yin; Jinsheng Deng (Internetware, 2019)

LS4BUCC: A Low Overhead Storage Architecture for Blockchain Based Unmanned Collaborative Cognition System. - Xunhui Zhang; Huaimin Wang; Peichang Shi; Xiang Fu 002 (SOSE, 2019)

RepoLike: amulti-feature-based personalized recommendation approach for open-source repositories. - Cheng Yang 004; Qiang Fan; Tao Wang 006; Gang Yin; Xunhui Zhang; Yue Yu 001; Huaimin Wang (Frontiers Inf. Technol. Electron. Eng., 2019)

On the Shoulders of Giants: A New Dataset for Pull-based Development Research. - Xunhui Zhang; Ayushi Rastogi; Yue Yu 001 (MSR, 2020)

Ladder: A Blockchain Model of Low-Overhead Storage. - Peng Chen; Xunhui Zhang; Hui Liu; Liangliang Xiang; Peichang Shi (BlockSys, 2021)

Pull Request Decision Explained: An Empirical Overview. - Xunhui Zhang; Yue Yu 001; Georgios Gousios; Ayushi Rastogi (CoRR, 2021)

Unsupervised spatial-awareness attention-based and multi-scale domain adaption network for point cloud classification. - Rui Guo; Yong Zhou 003; Jiaqi Zhao 001; Rui Yao; Bing Liu 016; Xunhui Zhang (Int. J. Wavelets Multiresolution Inf. Process., 2021)

Jointgraph: A DAG-based efficient consensus algorithm for consortium blockchains. - Xiang Fu 002; Huaimin Wang; Peichang Shi; Xue Ouyang; Xunhui Zhang (Softw. Pract. Exp., 2021)

Who, What, Why and How? Towards the Monetary Incentive in Crowd Collaboration: A Case Study of Github's Sponsor Mechanism. - Xunhui Zhang; Tao Wang 006; Yue Yu 001; Qiubing Zeng; Zhixing Li; Huaimin Wang (CHI, 2022)

A systematic literature review of clone evolution. - Yan Zhong 004; Xunhui Zhang; Tao Wang 006; Yanzhi Zhang (CSSE, 2022)

Teegraph: trusted execution environment and directed acyclic graph-based consensus algorithm for IoT blockchains. - Xiang Fu 002; Huaimin Wang; Peichang Shi; Xingkong Ma; Xunhui Zhang (Sci. China Inf. Sci., 2022)

The Development and Prospect of Code Clone. - Xunhui Zhang; Tao Wang 006; Yue Yu 001; Yanzhi Zhang; Yan Zhong 004; Huaimin Wang (CoRR, 2022)

Pull request latency explained: an empirical overview. - Xunhui Zhang; Yue Yu 001; Tao Wang 006; Ayushi Rastogi; Huaimin Wang (Empir. Softw. Eng., 2022)

Teegraph: A Blockchain consensus algorithm based on TEE and DAG for data sharing in IoT. - Xiang Fu 002; Huaimin Wang; Peichang Shi; Xunhui Zhang (J. Syst. Archit., 2022)

Pull Request Decisions Explained: An Empirical Overview. - Xunhui Zhang; Yue Yu 001; Georgios Gousios; Ayushi Rastogi (IEEE Trans. Software Eng., 2023)

An Empirical Study of Cross-Project Pull Request Recommendation in GitHub. - Wenyu Xu; Yao Lu 003; Xunhui Zhang; Tanghaoran Zhang; Bo Lin; Xinjun Mao (APSEC, 2024)

Think Before Acting: The Necessity of Endowing Robot Terminals With the Ability to Fine-Tune Reinforcement Learning Policies. - Dawei Feng; Xudong Gong; Xunhui Zhang; Jun Fu (ISPA, 2024)

Improving API Knowledge Comprehensibility: A Context-Dependent Entity Detection and Context Completion Approach Using LLM. - Zhang Zhang 005; Xinjun Mao; Shangwen Wang; Kang Yang 001; Tanghaoran Zhang; Fei Gao; Xunhui Zhang (SANER, 2025)

Open source oriented cross-platform survey. - Simeng Yao; Xunhui Zhang; Yang Zhang 026; Tao Wang 006 (Inf. Softw. Technol., 2025)