Multi-granularity hierarchical topic-based segmentation of structured, digital library resources. - Zhongyi Wang 002; Jin Zhang; Jing Huang 009 (Electron. Libr., 2017)

Research on Fine-Grained Linked Data Creation for Digital Library Resources. - Jing Huang 009; Zhongyi Wang 002; Chunya Li (iConference, 2018)

Extracting method knowledge elements from scientific literature: A rule-based approach. - Zhongyi Wang 002; Xueying Shen; Rong Huang; Jing Huang 009 (ASIST, 2019)

Measuring the innovation of method knowledge elements in scientific literature. - Zhongyi Wang 002; Keying Wang; Jiyue Liu; Jing Huang 009; Haihua Chen 002 (Scientometrics, 2022)

JCDL2023 Workshop: Innovation Measurement for Scientific Communication (IMSC) in the Era of Big Data. - Zhongyi Wang 002; Haihua Chen 002; Chengzhi Zhang; Wei Lu 019; Jian Wu 006 (JCDL, 2023)

ICAD-MI: Interdisciplinary concept association discovery from the perspective of metaphor interpretation. - Zhongyi Wang 002; Siyuan Peng; Jiangping Chen; Xian Zhang; Haihua Chen 002 (Knowl. Based Syst., 2023)

Detecting interdisciplinary semantic drift for knowledge organization based on normal cloud model. - Zhongyi Wang 002; Siyuan Peng; Jiangping Chen; Amoni G. Kapasule; Haihua Chen 002 (J. King Saud Univ. Comput. Inf. Sci., 2023)

JCDL2024Workshop: The 2nd Workshop on Innovation Measurement for Scientific Communication (IMSC) in the Era of Big Data. - Zhongyi Wang 002; Haihua Chen 002; Chengzhi Zhang; Yi Bu 001; Wei Lu 019; Jian Wu 006 (JCDL, 2024)

Editorial: Innovation measurement for scientific communication (IMSC) in the era of big data. - Zhongyi Wang 002; Haihua Chen 002; Chengzhi Zhang; Wei Lu 019; Jian Wu 006 (Electron. Libr., 2024)

Exploring and evaluating the index for interdisciplinary breakthrough innovation detection. - Zhongyi Wang 002; Xueyao Qiao; Jing Chen 014; Lina Li; Haoxuan Zhang; Junhua Ding; Haihua Chen 002 (Electron. Libr., 2024)

Content-based quality evaluation of scientific papers using coarse feature and knowledge entity network. - Zhongyi Wang 002; Haoxuan Zhang; Haihua Chen 002; Yunhe Feng; Junhua Ding (J. King Saud Univ. Comput. Inf. Sci., 2024)

An effective framework for measuring the novelty of scientific articles through integrated topic modeling and cloud model. - Zhongyi Wang 002; Haoxuan Zhang; Jiangping Chen; Haihua Chen 002 (J. Informetrics, 2024)

Identifying interdisciplinary topics and their evolution based on BERTopic. - Zhongyi Wang 002; Jing Chen 014; Jiangping Chen; Haihua Chen 002 (Scientometrics, 2024)

IBID-CCT: A novel model for interdisciplinary breakthrough innovation detection based on the cusp catastrophe theory. - Zhongyi Wang 002; Na Wang; Haoxuan Zhang; Zeren Wang; Zhou Wang; Junhua Ding; Haihua Chen 002 (Inf. Process. Manag., 2025)