Zoom4PF: A Tool for Refining Static and Dynamic Domain Descriptions in Problem Frames. - Shangfeng Wei; Zhi Li 017; Yilong Yang 001; Hongbin Xiao (RE, 2021)

An Extended Meta-Model of Problem Frames for Enriching Environmental Descriptions. - Hongbin Xiao; Zhi Li 017; Yilong Yang 001; Jie Deng; Shangfeng Wei (RE Workshops, 2021)

Trace4PF: A tool for Automated Decomposition of Problem Diagrams with Traceability. - Yajun Deng; Zhi Li 017; Hongbin Xiao (SEKE, 2022)

PF4Microservices: A decomposion scheme for microservices based on Problem Frames. - Zhi Li 017; Yitao Bo; Hongbin Xiao (CoRR, 2022)

Natural Language Processing-Based Requirements Modeling: A Case Study on Problem Frames. - Jiahao Wei; Xuan Chen; Hongbin Xiao; Shangzhi Tang; Xiaolan Xie; Zhi Li 017 (APSEC, 2023)

Using Problem Frames Approach for Key Information Extraction from Natural Language Requirements. - Shangzhi Tang; Xuan Chen; Hongbin Xiao; Jiahao Wei; Zhi Li 017 (QRS Companion, 2023)

NL2PD: A Tool for Problem Diagram Generation from Requirements in Natural Language. - Xuan Chen; Hongbin Xiao; Yajun Deng; Zhi Li 017 (RE, 2023)

NFRNet-LT:Improving Accuracy in Extracting Long-tailed Non-functional Requirements. - Jiaqing Deng; Zhi Li 017; Xiayu Zhou; Hongbin Xiao (RE, 2023)

PF4MD: A Microservice Decomposition Tool Combining Problem Frames. - Yulong Li; Zhi Li 017; Yitao Bu; Hongbin Xiao; Yajun Deng (RE, 2023)

Augmenting the Problem Frames Approach with Explicit Data Descriptions Using ChatGPT. - Ling Xie; Hongbin Xiao; Zhi Li 017 (REW, 2023)

A Multimedia Approach to Problem Descriptions for Fine-Grained Detail Characterization. - Bowen Zheng; Zhi Li 017; Hongbin Xiao (REW, 2023)

A Microservice Decomposition Approach Driven by Sub-Requirement References in Problem Diagrams. - Yitao Bu; Hongbin Xiao; Zhi Li 017; Xiaolan Xie (RE Workshops, 2024)

Deriving and Verifying B Specifications from Problem Frames Models via Model Transformation. - Simin Yang; Hongbin Xiao; Zhi Li 017; Xiaolan Xie (RE Workshops, 2024)

An Evaluation of Requirements Modeling for Cyber-Physical Systems via LLMs. - Dongming Jin; Shengxin Zhao; Zhi Jin; Xiaohong Chen; Chunhui Wang; Zheng Fang; Hongbin Xiao (CoRR, 2024)

D-CyPre: a machine learning-based tool for accurate prediction of human CYP450 enzyme metabolic sites. - Haolan Yang; Jie Liu; Kui Chen; Shiyu Cong; Shengnan Cai; Yueting Li; Zhixin Jia; Hao Wu; Tianyu Lou; Zuying Wei; Xiaoqin Yang; Hongbin Xiao (PeerJ Comput. Sci., 2024)

PF2UML: A Tool for Problem-Oriented Requirements Modeling and Transformation. - Hongbin Xiao; Zhi Li 017; Yilong Yang 001; Fei Tang; Dongming Jin (SIGSOFT FSE Companion, 2025)