Growing Distributed System. - Gang Wu; Huaimin Wang; XinJun Mao; Quanyuan Wu (PDPTA, 2002)

Modelling Multi-agent Systems with Soft Genes, Roles, and Agents. - Qi Yan 001; XinJun Mao; Hong Zhu 002; Zhi-Chang Qi (AOSE, 2003)

A Formal Specification and Method for MAS as a Distributed System. - Yan Qi 001; Xin Wang; Wei Yan; XinJun Mao; Zhi-Chang Qi (APPT, 2003)

Generating Test Oracle for Role Binding in Multi-Agent Systems. - Xin Wang; Qi Yan 001; XinJun Mao; Zhi-Chang Qi (APSEC, 2003)

Soft Gene, Role, Agent: MABS Learns from Sociology. - Qi Yan 001; XinJun Mao; Lijun Shan; Zhi-Chang Qi; Hong Zhu 002 (IAT, 2003)

Organizational and Social Concepts in Agent Oriented Software Engineering. - XinJun Mao; Eric S. K. Yu (AOSE, 2004)

Agent-Oriented Formal Specification of Web Services. - Hong Zhu 002; Bin Zhou 004; XinJun Mao; Lijun Shan; David A. Duce (GCC Workshops, 2004)

A Framework to Specify and Evaluate Coordination in MAS with Logic. - XinJun Mao; Ji Wang 001; Eric S. K. Yu (IAT, 2004)

Model Organization Constraints in Multi-Agent System. - XinJun Mao; Jiajia Chen (IIP, 2004)

Cooperation models for service oriented multi-agent system. - XinJun Mao; Gang Wu; Huaimin Wang (SAC, 2004)

Modeling Organization Structure of Multi-Agent System. - XinJun Mao; Ji Wang 001; Jiajia Chen (IAT, 2005)

An OO-based Design Model of Software Agent. - Jianxing Li; XinJun Mao; Yao Shu (PDCAT, 2005)

Developing Multi-Agent Systems with Dynamic Binding Mechanism. - Jianming Zhao; XinJun Mao; Ji Wang 001 (IAT, 2006)

The Dynamic Casteship Mechanism for Modeling and Designing Adaptive Agents. - XinJun Mao; Zhiming Chang; Lijun Shan; Hong Zhu 002; Ji Wang 001 (SEKE, 2006)

Integrating Agent Technology and SIP Technology to Develop Telecommunication Applications with JadexT. - XinJun Mao; Huocheng Wu; Jie Li (PRIMA, 2007)

Engineering Adaptive Multi-Agent Systems with ODAM Methodology. - XinJun Mao; Jianming Zhao; Ji Wang 001 (PRIMA, 2007)

An Approach based on Bigraphical Reactive Systems to Check Architectural Instance Conforming to its Style. - Zhiming Chang; XinJun Mao; Zhichang Qi (TASE, 2007)

Formal Analysis of Architectural Policies of Self-Adaptive Software by Bigraph. - Zhiming Chang; XinJun Mao; Zhichang Qi (ICYCS, 2008)

Towards a Formal Model for Reconfigurable Software Architectures by Bigraphs. - Zhiming Chang; XinJun Mao; Zhichang Qi (WICSA, 2008)

An adaptive casteship mechanism for developing multi-agent systems. - XinJun Mao; Lijun Shan; Hong Zhu 002; Ji Wang 001 (Int. J. Comput. Appl. Technol., 2008)

Integrating Model Transformation in Agent-Oriented Software Engineering. - Cuiyun Hu; XinJun Mao; Hong Ning (IAT, 2009)

SADE: A Development Environment for Adaptive Multi-Agent Systems. - Menggao Dong; XinJun Mao; Junwen Yin; Zhiming Chang; Zhichang Qi (PRIMA, 2009)

Programming Large-Scale Multi-Agent Systems Based on Organization Metaphor. - Cuiyun Hu; XinJun Mao; Yuekun Sun; Huiping Zhou (AMT, 2011)

Programming Dynamics of Multi-Agent Systems. - Cuiyun Hu; XinJun Mao; Huiping Zhou (PRIMA, 2011)

A Survey of Software Engineering for Self-Organization Systems. - Yi Guo; XinJun Mao; Cuiyun Hu; Junwen Yin; Jiang Cao (SEKE, 2011)

Capability as Requirement Metaphor. - Jiang Cao; XinJun Mao; Huining Yan; Yushi Huang; Huaimin Wang; Xicheng Lu (TrustCom, 2011)

Design Pattern for Self-Organization Multi-agent Systems Based on Policy. - Yi Guo; XinJun Mao; Cuiyun Hu (TrustCom, 2011)

OrgMAP: an organization-based approach for multi-agent programming. - Cuiyun Hu; XinJun Mao; Yin Chen 003; Huiping Zhou (AAMAS, 2012)

Developing Self-Organizing Systems by Policy-Based Self-Organizing Multi-Agent Systems. - Yi Guo; XinJun Mao; Cuiyun Hu; Junwen Yin; Xinzhong Zhu (AMT, 2012)

ASML: Artificial Society Modelling Language for ACP Approach Based on Organization Metaphors. - Mingsheng Tang; XinJun Mao; Huiping Zhou; Xueyan Tan (CGC, 2012)

Oragentburg: A Platform Supporting Organisation-Based Programming. - Yin Chan; XinJun Mao; Cuiyun Hu; Huiping Zhou; Jianmin Zhao (IAT, 2012)

The BDIP Software Architecture and Running Mechanism for Self-Organizing MAS. - Yi Guo; XinJun Mao; Fu Hou; Cuiyun Hu; Jianming Zhao (IIP, 2012)

An approach to modelling city-scale artificial society based-on organization metaphor. - Mingsheng Tang; XinJun Mao; Huiping Zhou; Xueyan Tan (SMC, 2012)

Execution Mechanisms of Oragent - An Organisation-Based Programming Language. - Yin Chen 003; XinJun Mao; Cuiyun Hu (IAT, 2013)

Extending autonomic architecture for constructing internetware system. - Jiwei Liu; Xinjun Mao (Internetware, 2013)

Programming Dynamic and Open Multi-Agent Systems with Organization Metaphor. - Cuiyun Hu; XinJun Mao; Yin Chen 003 (J. Softw., 2013)

An Agent-Based Autonomous Management Approach to Dynamic Services. - Fu Hou; XinJun Mao; Junwen Yin; Wei Wu (IIP, 2014)

Change and Role as First-Class Abstractions for Realising Dynamic Evolution. - Yin Chen 003; XinJun Mao (SEKE, 2014)

Policy evaluation and analysis of choosing whom to tweet information on social media. - Mingsheng Tang; XinJun Mao; Shuqiang Yang; Haibin Zhu 001 (SMC, 2014)

A Cloud-Oriented Services Self-Management Approach Based on Multi-agent System Technique. - Fu Hou; XinJun Mao; Wei Wu; Lu Liu 001; John Panneerselvam (UCC, 2014)

Information Entropy-Based Metrics for Measuring Emergences in Artificial Societies. - Mingsheng Tang; XinJun Mao (Entropy, 2014)

Organization-based agent-oriented programming: model, mechanisms, and language. - Cuiyun Hu; XinJun Mao; Mengjun Li; Zhi Zhu (Frontiers Comput. Sci., 2014)

A Two-Layer Approach to Developing Self-Adaptive Multi-Agent Systems in Open Environment. - XinJun Mao; Menggao Dong; Haibin Zhu 001 (Int. J. Agent Technol. Syst., 2014)

Towards Software Architecture and Mechanisms for Improving Runtime Variability of Internetware System. - Jiwei Liu; Xinjun Mao (Int. J. Softw. Informatics, 2014)

An Integrated Approach to Developing Self-Adaptive Software. - XinJun Mao; Menggao Dong; Lu Liu 001; Huaimin Wang (J. Inf. Sci. Eng., 2014)

Towards Realisation of Evolvable Runtime Variability in Internet-Based Service Systems via Dynamical Software Update. - Jiwei Liu; Xinjun Mao (Internetware, 2015)

An Agent-Based Artificial Society Approach to Analyzing Social Propagation. - Mingsheng Tang; XinJun Mao (SMC, 2015)

The Roadmap and Challenges of Robot Programming Languages. - Shuo Yang 005; Xinjun Mao; Binbin Ge; Sen Yang (SMC, 2015)

A Survey of Agent-Oriented Programming: From Program Models to Programming Languages and Environments. - Xinjun Mao; QiuZhen Wang (WI-IAT (2), 2015)

RPL: 一种基于反应式Agent的机器人编程语言 (RPL: A Robot Programming Language Based on Reactive Agent). - Changhai Tian; Shuo Yang 005; Yin Chen 003; Xinjun Mao (计算机科学, 2015)

Does the Role Matter? An Investigation of the Code Quality of Casual Contributors in GitHub. - Yao Lu 003; Xinjun Mao; Zude Li; Yang Zhang 026; Tao Wang 006; Gang Yin (APSEC, 2016)

A Field-Based Model for Representing Dynamic and Evolving Features of Cloud Services. - Fu Hou; XinJun Mao (ICPADS, 2016)

A Multi-agent Organization Approach for Developing Social-Technical Software of Autonomous Robots. - Sen Yang; Xinjun Mao; Yin Chen 003; Shuo Yang 005 (ICYCSEE (1), 2016)

Combining re-allocating and re-scheduling for dynamic multi-robot task allocation. - Yin Chen 003; Xinjun Mao; Fu Hou; QiuZhen Wang; Shuo Yang 005 (SMC, 2016)

Cross-clouds services autonomic management approach based on self-organizing multi-agent technology. - Fu Hou; XinJun Mao (Concurr. Comput. Pract. Exp., 2016)

基于行为检测的机器人安全保护方法 (Method for Ensuring Safety of Robot Based on Behavior Detection). - Binbin Ge; Xinjun Mao (计算机科学, 2016)

A Lightweight Social Computing Approach to Emergency Management Policy Selection. - Mingsheng Tang; Haibin Zhu 001; XinJun Mao (IEEE Trans. Syst. Man Cybern. Syst., 2016)

A Dual-Loop Control Model and Software Framework for Autonomous Robot Software. - Zhe Liu; Xinjun Mao; Shuo Yang 005 (APSEC, 2017)

The Accompanying Behavior Model and Implementation Architecture of Autonomous Robot Software. - Shuo Yang 005; Xinjun Mao; Zhe Liu; Sen Yang; Jiangtao Xue; Zixi Xu (APSEC, 2017)

Quantitative Analysis of Learning Data in a Programming Course. - Yu Bai 010; Liqian Chen; Gang Yin; Xinjun Mao; Ye Deng; Tao Wang 006; Yao Lu 003; Huaimin Wang (DASFAA Workshops, 2017)

Using Pull-Based Collaborative Development Model in Software Engineering Courses: A Case Study. - Yao Lu 003; Xinjun Mao; Gang Yin; Tao Wang 006; Yu Bai 010 (DASFAA Workshops, 2017)

Deadlock Prevention in Rendezvous Generation for On-demand Inter-robot Resource Delivery. - Yin Chen 003; Xinjun Mao; Fu Hou (ICAART (2), 2017)

A survey of agent-oriented programming from software engineering perspective. - Xinjun Mao; QiuZhen Wang; Sen Yang (Web Intell., 2017)

Model and Practice of Crowd-Based Education. - Xinjun Mao; Yao Lu 003; Liangze Yin; Tao Wang 006; Gang Yin (APWeb/WAIM Workshops, 2018)

Continuous inspection in the classroom: improving students' programming quality with social coding methods. - Yao Lu 003; Xinjun Mao; Tao Wang 006; Gang Yin; Zude Li; Huaimin Wang (ICSE (Companion Volume), 2018)

Accompanying Observation Modes and Software Architecture for Autonomous Robot Software. - Zhe Liu; Xinjun Mao; Shuo Yang 005 (SEKE, 2018)

Towards Reference Architecture for a Multi-layer Controlled Self-adaptive Microservice System. - Peini Liu; Xinjun Mao; Shuai Zhang 048; Fu Hou (SEKE, 2018)

A Self-Adaptation Framework of Microservice Systems (S). - Shuai Zhang 048; Xinjun Mao; Peini Liu; Fu Hou (SEKE, 2018)

Generalized Nash Equilibrium Model of the Service Provisioning Problem in Multi-Cloud Competitions. - Peini Liu; Xinjun Mao; Fu Hou; Shuai Zhang 048 (SmartWorld/SCALCOM/UIC/ATC/CBDCom/IOP/SCI, 2018)

AutoRobot: A Multi-Agent Software Framework for Autonomous Robots. - Zhe Liu; Xinjun Mao; Shuo Yang 005 (IEICE Trans. Inf. Syst., 2018)

Towards Dynamic Evolution of Runtime Variability Based on Computational Reflection. - Jiwei Liu; Xinjun Mao (Int. J. Softw. Eng. Knowl. Eng., 2018)

Internal quality assurance for external contributions in GitHub: An empirical investigation. - Yao Lu 003; Xinjun Mao; Zude Li; Yang Zhang 026; Tao Wang 006; Gang Yin (J. Softw. Evol. Process., 2018)

Toward a Clustering-Based Approach for Self-Adjusting Impact Factors in Robotic Control Model. - Yuhong Huang; Xinjun Mao; Wanwei Liu; Shuo Yang 005; Shuo Wang (IEEE Access, 2019)

Studying in the 'Bazaar': An Exploratory Study of Crowdsourced Learning in GitHub. - Yao Lu 003; Xinjun Mao; Tao Wang 006; Gang Yin; Zude Li; Wanyuan Wang (IEEE Access, 2019)

History-Driven Fix for Code Quality Issues. - Jiangtao Xue; Xinjun Mao; Yao Lu 003; Yue Yu 001; Shangwen Wang (IEEE Access, 2019)

A field-based service management and discovery method in multiple clouds context. - Shuai Zhang 048; Xinjun Mao; Fu Hou; Peini Liu (Frontiers Comput. Sci., 2019)

Software Engineering for Autonomous Robot: Challenges, Progresses and Opportunities. - Xinjun Mao; Hao Huang; Shuo Wang (APSEC, 2020)

An Empirical Study on the Influence of Social Interactions for the Acceptance of Answers in Stack Overflow. - Zhang Zhang 005; Xinjun Mao; Yao Lu 003; Shangwen Wang; Jinyu Lu (APSEC, 2020)

A Fast Self-Organizing Pattern Formation Method for Swarm Robots in Dynamic Multi-Region Environments. - Qiuzhen Wang; Jiawen Huang; Xinjun Mao (CACRE, 2020)

Exploiting Crowd-based Learning Method in Software Engineering Course. - Xinjun Mao; Yao Lu 003; Yi Yang 004 (ICCSE, 2020)

Gathering GitHub OSS Requirements from Q&A Community: an Empirical Study. - Hao Huang; Yao Lu 003; Xinjun Mao (ICECCS, 2020)

Haste Makes Waste: An Empirical Study of Fast Answers in Stack Overflow. - Yao Lu 003; Xinjun Mao; Minghui Zhou 001; Yang Zhang 026; Tao Wang 006; Zude Li (ICSME, 2020)

Exploring the Dependency Network of Docker Containers: Structure, Diversity, and Relationship. - Yinyuan Zhang; Yang Zhang 026; Yiwen Wu 001; Yao Lu 003; Tao Wang 006; Xinjun Mao (Internetware, 2020)

Who Should Close the Questions: Recommending Voters for Closing Questions Based on Tags. - Zhang Zhang 005; Xinjun Mao; Yao Lu 003; Jinyu Lu (SEKE, 2020)

Exploring CQA User Contributions and Their Influence on Answer Distribution. - Yi Yang 004; Xinjun Mao; Zixi Xu; Yao Lu 003 (SEKE, 2020)

Towards an Extended POMDP Planning Approach with Adjoint Action Model for Robotic Task. - Shuo Yang 005; Xinjun Mao; Wanwei Liu (SMC, 2020)

Improving students' programming quality with the continuous inspection process: a social coding perspective. - Yao Lu 003; Xinjun Mao; Tao Wang 006; Gang Yin; Zude Li (Frontiers Comput. Sci., 2020)

Automatic Voter Recommendation Method for Closing Questions in Stack Overflow. - Zhang Zhang 005; Xinjun Mao; Yao Lu 003; Jinyu Lu; Yue Yu 001; Zhixing Li (Int. J. Softw. Eng. Knowl. Eng., 2020)

A trajectory privacy-preserving scheme based on a dual-K mechanism for continuous location-based services. - Shaobo Zhang 001; Xinjun Mao; Kim-Kwang Raymond Choo; Tao Peng 011; Guojun Wang 001 (Inf. Sci., 2020)

基于特征提取的开源社区Fork摘要自动生成方法 (Approach of Automatic Fork Summary Generation in Open Source Community Based on Feature Extraction). - Chao Zhang; Xinjun Mao; Yao Lu 003 (计算机科学, 2020)

Dynamic Task Allocation Method of Swarm Robots Based on Optimal Mass Transport Theory. - Qiuzhen Wang; Xinjun Mao (Symmetry, 2020)

Towards Adjoint Sensing and Acting Schemes and Interleaving Task Planning for Robust Robot Plan. - Shuo Yang 005; Xinjun Mao; Shuo Wang; Huaiyu Xiao; Yuanzhou Xue (ICRA, 2021)

An Efficient ROS Package Searching Approach Powered By Knowledge Graph. - Long Chen; Xinjun Mao; Yinyuan Zhang; Shuo Yang 005; Shuo Wang (SEKE, 2021)

Detecting Duplicate Contributions in Pull-Based Model Combining Textual and Change Similarities. - Zhixing Li; Yue Yu 001; Tao Wang 006; Gang Yin; Xinjun Mao; Huaimin Wang (J. Comput. Sci. Technol., 2021)

Extending Behavior Trees for Representing and Planning Robot Adjoint Actions in Partially Observable Environments. - Shuo Yang 005; Xinjun Mao; Shuo Wang; Yantao Bai (J. Intell. Robotic Syst., 2021)

A Hybrid Planning Approach for Accompanying Information-gathering in Plan Execution Monitoring. - Shuo Yang 005; Xinjun Mao; Qiuzhen Wang; Yuhong Huang (J. Intell. Robotic Syst., 2021)

Towards An Efficient Searching Approach of ROS Message by Knowledge Graph. - Sun Bo; Xinjun Mao; Shuo Yang 005; Long Chen (COMPSAC, 2022)

Exploring Problems and Solutions About Launch Files in ROS from Q&A Community. - Guangjun Jiang; Xinjun Mao (ICBASE, 2022)

The Maintenance of Top Frameworks and Libraries Hosted on GitHub: An Empirical Study. - Yi Huang; Xinjun Mao; Zhang Zhang 005 (SEKE, 2022)

On the Way to Microservices: Exploring Problems and Solutions from Online Q&A Community. - Menghan Wu; Yang Zhang 026; Jiakun Liu; Shangwen Wang; Zhang Zhang 005; Xin Xia 001; Xinjun Mao (SANER, 2022)

Recommending Base Image for Docker Containers based on Deep Configuration Comprehension. - Yinyuan Zhang; Yang Zhang 026; Xinjun Mao; Yiwen Wu 001; Bo Lin; Shangwen Wang (SANER, 2022)

Towards a behavior tree-based robotic software architecture with adjoint observation schemes for robotic software development. - Shuo Yang 005; Xinjun Mao; Yao Lu 003; Yong Xu (Autom. Softw. Eng., 2022)

HAF: a hybrid annotation framework based on expert knowledge and learning technique. - Zhixing Li; Yue Yu 001; Tao Wang 006; Gang Yin; Xinjun Mao; Huaimin Wang (Sci. China Inf. Sci., 2022)

Dynamic Memory-based Curiosity: A Bootstrap Approach for Exploration. - Zijian Gao; Kele Xu; Yiying Li; Yuanzhao Zhai; Dawei Feng; Bo Ding; XinJun Mao; Huaimin Wang (CoRR, 2022)

Self-Supervised Exploration via Temporal Inconsistency in Reinforcement Learning. - Zijian Gao; Kele Xu; Hengxing Cai; Yuanzhao Zhai; Dawei Feng; Bo Ding; XinJun Mao; Huaimin Wang (CoRR, 2022)

FENSE: A feature-based ensemble modeling approach to cross-project just-in-time defect prediction. - Tanghaoran Zhang; Yue Yu 001; Xinjun Mao; Yao Lu 003; Zhixing Li; Huaimin Wang (Empir. Softw. Eng., 2022)

ForkXplorer: an approach of fork summary generation. - Zhang Zhang 005; Xinjun Mao; Chao Zhang; Yao Lu 003 (Frontiers Comput. Sci., 2022)

A Concentrated Time-Frequency Method for Reservoir Detection Using Adaptive Synchrosqueezing Transform. - Xinjun Mao (IEEE Geosci. Remote. Sens. Lett., 2022)

Towards a Hybrid-ASP Planning Approach With Adjoint Observation for Incomplete Task-Relevant Information. - Shuo Yang 005; Xinjun Mao; Yuanzhou Xue; Huaiyu Xiao; Shuo Wang (IEEE Robotics Autom. Lett., 2022)

Motivation Under Gamification: An Empirical Study of Developers' Motivations and Contributions in Stack Overflow. - Yao Lu 003; Xinjun Mao; Minghui Zhou 001; Yang Zhang 026; Zude Li; Tao Wang 006; Gang Yin; Huaimin Wang (IEEE Trans. Software Eng., 2022)

Understanding Developers' Contribution Motivation in Stack Overflow: A Systematic Review. - Yi Yang 004; Xinjun Mao (APSEC, 2023)

MUSE: A Multi-Feature Semantic Fusion Method for ROS Node Search Based on Knowledge Graph. - Yuxin Zhao; Xinjun Mao; Tanghaoran Zhang; Zhang Zhang 005 (APSEC, 2023)

Complementary Learning System Based Intrinsic Reward in Reinforcement Learning. - Zijian Gao; Kele Xu; Hongda Jia; Tianjiao Wan; Bo Ding; Dawei Feng; Xinjun Mao; Huaimin Wang (ICASSP, 2023)

An Integrated Approach to Predicting the Influence of Reputation Mechanisms on Q&A Communities. - Yi Yang 004; Xinjun Mao; Menghan Wu (ICCBR, 2023)

An Extensive Study of the Structure Features in Transformer-based Code Semantic Summarization. - Kang Yang 001; Xinjun Mao; Shangwen Wang; Yihao Qin; Tanghaoran Zhang; Yao Lu 003; Kamal Al-Sabahi (ICPC, 2023)

An Effective Method for Constructing Knowledge Graph to Search Reusable ROS Nodes (S). - Yuxin Zhao; Xinjun Mao; Sun Bo; Tanghaoran Zhang; Shuo Yang 005 (SEKE, 2023)

Enhancing Code Intelligence Tasks with ChatGPT. - Kang Yang 001; Xinjun Mao; Shangwen Wang; Tanghaoran Zhang; Bo Lin; Yanlin Wang 001; Yihao Qin; Zhang Zhang 005; Xiaoguang Mao (CoRR, 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)

OCP: An Online Contingent Planning Method for Robot Tasks with Incomplete Knowledge. - Zhiqun Xiao; Shuo Yang 005; Yuanzhou Xue; Shuo Wang; Xinjun Mao (ICIC (LNAI 5), 2024)

CAREER: Context-Aware API Recognition with Data Augmentation for API Knowledge Extraction. - Zhang Zhang 005; Xinjun Mao; Shangwen Wang; Kang Yang 001; Yao Lu 003 (ICPC, 2024)

Stabilizing Zero-Shot Prediction: A Novel Antidote to Forgetting in Continual Vision-Language Tasks. - Zijian Gao; Xingxing Zhang; Kele Xu; Xinjun Mao; Huaimin Wang (NeurIPS, 2024)

Unveiling the Dynamics of Extrinsic Motivations in Shaping Future Experts' Contributions to Developer Q&A Communities. - Yi Yang 004; Xinjun Mao; Menghan Wu (IET Softw., 2024)

Less confidence, less forgetting: Learning with a humbler teacher in exemplar-free Class-Incremental learning. - Zijian Gao; Kele Xu; Huiping Zhuang; Li Liu 036; Xinjun Mao; Bo Ding; Dawei Feng; Huaimin Wang (Neural Networks, 2024)

Dynamic Memory-Based Curiosity: A Bootstrap Approach for Exploration in Reinforcement Learning. - Zijian Gao; Yiying Li; Kele Xu; Yuanzhao Zhai; Bo Ding; Dawei Feng; Xinjun Mao; Huaimin Wang (IEEE Trans. Emerg. Top. Comput. Intell., 2024)

Self-Supervised Exploration via Temporal Inconsistency in Reinforcement Learning. - Zijian Gao; Kele Xu; Yuanzhao Zhai; Bo Ding; Dawei Feng; Xinjun Mao; Huaimin Wang (IEEE Trans. Artif. Intell., 2024)

How Do Developers Adapt Code Snippets to Their Contexts? An Empirical Study of Context-Based Code Snippet Adaptations. - Tanghaoran Zhang; Yao Lu 003; Yue Yu 001; Xinjun Mao; Yang Zhang 026; Yuxin Zhao (IEEE Trans. Software Eng., 2024)

Maintaining Fairness in Logit-based Knowledge Distillation for Class-Incremental Learning. - Zijian Gao; Shanhao Han; Xingxing Zhang; Kele Xu; Dulan Zhou; Xinjun Mao; Yong Dou; Huaimin Wang (AAAI, 2025)

Knowledge Memorization and Rumination for Pre-trained Model-based Class-Incremental Learning. - Zijian Gao; Wangwang Jia; Xingxing Zhang; Dulan Zhou; Kele Xu; Dawei Feng; Yong Dou; Xinjun Mao; Huaimin Wang (CVPR, 2025)

Instruct or Interact? Exploring and Eliciting LLMs' Capability in Code Snippet Adaptation Through Prompt Engineering. - Tanghaoran Zhang; Yue Yu 001; Xinjun Mao; Shangwen Wang; Kang Yang 001; Yao Lu 003; Zhang Zhang 005; Yuxin Zhao (ICSE, 2025)

Large Language Models Are Qualified Benchmark Builders: Rebuilding Pre-Training Datasets for Advancing Code Intelligence Tasks. - Kang Yang 001; Xinjun Mao; Shangwen Wang; Yanlin Wang 001; Tanghaoran Zhang; Bo Lin; Yihao Qin; Zhang Zhang 005; Yao Lu 003; Kamal Al-Sabahi (ICPC, 2025)

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)

FMCC-RT: a scalable and fine-grained all-reduce algorithm for large-scale SMP clusters. - Jintao Peng; Jie Liu 002; Jianbin Fang; Min Xie; Yi Dai; Zhiquan Lai; Bo Yang 023; Chunye Gong; Xinjun Mao; Guo Mao; Jie Ren 007 (Sci. China Inf. Sci., 2025)

Hierarchical knowledge-guided reasoning for text-based person re-identification. - Ruigeng Zeng; Wentao Ma; Tongqing Zhou; Shan Zhao 002; Xinjun Mao; Jie Liu 002 (Neural Networks, 2025)

Correlation-Based Knowledge Distillation in Exemplar-Free Class-Incremental Learning. - Zijian Gao; Bo Liu 014; Kele Xu; Xinjun Mao; Huaimin Wang (IEEE Open J. Comput. Soc., 2025)

ROS package search for robot software development: a knowledge graph-based approach. - Shuo Wang; Xinjun Mao; Shuo Yang 005; Menghan Wu; Zhang Zhang 005 (Frontiers Comput. Sci., 2025)