Current Issue

  • Select all
    |
    INVITED ARTICLE
  • INVITED ARTICLE
    Shen Jing, Wang Chenlin, Chen Xiaolong
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] To explore the complex causal relationship between think tank brands and their influence is of great significance for the brand construction, international discourse power establishment, and influence enhancement of Chinese think tanks. [Method/Process] Based on the brand identity system, this study built the brand elements of think tanks. Analytic hierarchy process(AHP) and the expert scoring method were used to determine the weights of think tank brand elements. The data obtained from the think tanks' official websites, thematic databases, and other channels were normalized, weighted, and aggregated into the conditional variables of brand-driven think tank influence enhancement. Fuzzy-set qualitative comparative analysis(fsQCA) was used to explore the complex causal relationships among these conditional variables and the influence enhancement of think tanks. [Result/Conclusion] It is found that the conditional variables of brand-driven think tank influence enhancement are think tank symbol, think tank service, think tank organization, and think tank culture. The enhancement paths of think tanks' influence are diversified. There are two paths of foreign well-known think tanks: one jointly driven by think tank symbol and think tank culture, and another jointly driven by think tank service and think tank organization. There are three paths in well-known domestic think tanks: one driven by think tank symbol, one jointly driven by think tank symbol, think tank organization and think tank culture, and one driven by think tank culture. These five paths provide a reference for Chinese think tanks to build brands, strengthen global discourse power, and expand international influence.
  • RESEARCH PAPERS
  • RESEARCH PAPERS
    YU Yan, LIU Pan, XUE Liujun
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] Current methods for identifying transferable university patents face challenges in accurately constructing inventor features, particularly for patents with multiple inventors. This study proposes a research team feature-based approach to improve the identification accuracy. [Method/Process] First, an optimized label propagation algorithm is used to identify university research teams. Then, based on the identified teams, a method for constructing research team features centered on core members is proposed. Finally, these team features is integrated into a machine learning model to identify transferable patents, and the SHAP model along with decision rules are employed to interpret the results. [Result/Conclusion] The effectiveness of the proposed method is validated through experiments on patent transfer data from Nanjing Tech University and Stanford University. This approach provides technical support for the transferable university patents.
  • RESEARCH PAPERS
    Lin Qiao, Ding Nanling, Xian Guojian, Wu Yu, Sun Tan, Zhang Xuefu
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] Scientific experiments are the core process of scientific research and innovation. To identify and model their key elements and relationships will help reveal the inherent laws of research innovation activities. This study proposes an entity-relationship conceptual model of innovation elements for scientific experiment processes, which is conducive to structuring the expression of scientific research knowledge and identifying the innovation paths. [Method/Process] First, this study analyzed the formation mechanism of scientific-data-driven technological innovation and deconstructed the types and implementation processes of scientific experiments. It clarified the scientific data elements and technological innovation elements involved in scientific experiments, and constructed a conceptual model comprising 5 types of element entities and 8 types of entity relationships by using a quintuple structure to express. Then, a specific entities and semantic relationship system was constructed by taking rice breeding as an example, combined with domain database rules and expert knowledge. Therefore, a domain innovation path model based on scientific experimental events was formed to demonstrate the practical application of the model. [Result/Conclusion] This model can characterize the key elements and relationships in the scientific research process in a fine-grained manner. The innovation path based on this model can reveal the innovation process and laws driven by single-type as well as multi-type innovation factors, laying a foundation for the discovery of innovation opportunities from scientific research processes.
  • RESEARCH PAPERS
    Zhou Peng, Zhang Ji, Wang Shuoyu, Yao Wei
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] The rapid evolution of next-generation artificial intelligence technologies has triggered a series of complex knowledge interaction challenges. It becomes a critical issue in advancing new quality productive forces through technological innovation. Investigating novel human–AI relationships and constructing theoretical models of their knowledge assimilation is of great theoretical and practical significance for promoting the development of knowledge management in interaction contexts. [Method/Process] This study adopted the lens of human-AI interaction to examine knowledge assimilation under emerging human-AI relationships. It identified key dimensions of the assimilation process, including knowledge agents, modes of knowledge representation, knowledge attributes, interaction patterns, and core features. On this basis, a theoretical model of dual-agent knowledge assimilation between human and artificial intelligence entities was proposed. [Result/Conclusion] Human-AI relationships are embedded in both exchange-based and co-ownership-oriented interpersonal dimensions, characterized by a duality of independence and interdependence. The evolving dynamics of human-AI interaction, together with heterogeneity in knowledge representation, give rise to new knowledge production mechanisms that integrate explicit knowledge, tacit knowledge, latent knowledge, and domains of ignorance. Four distinct modes of knowledge assimilation emerge—search-based, supply-based, embedded, and symbiotic—each associated with different knowledge demands and exhibiting dynamic mode-shifting effects. Ultimately, dual-agent knowledge assimilation is found to be a dynamic, non-linear evolutionary process. These findings offer valuable insights for fostering intelligent, collaborative, and creative interactions between individuals, organizations, and advanced AI systems, thereby advancing Human–AI innovation and knowledge co-creation.
  • RESEARCH PAPERS
    Wang Jiamin, Zhang Tao, Fang Zichen
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] This study explores the application of fine-tuned large language models(LLMs) in scientific entity recognition from academic literature, aiming to improve the recognition performance of specific types of scientific entities. [Method/Process] First, the original evaluation dataset was preprocessed by sentence segmentation and entity filtering. Specific prompt templates were designed to convert the preprocessed data into a dataset compatible with the fine-tuning format of LLMs. Subsequently, the Low-Rank Adaptation(LoRA) strategy was employed to conduct supervised fine-tuning on four LLMs from the DeepSeek and Qwen series. These models were compared with state-of-the-art(SOTA) deep learning models and prompt learning methods based on the DeepSeek-R1-671B model. Performance was comprehensively evaluated using precision, recall, and F1-score, combined with efficiency metrics such as training runtime and floating-point operations. Finally, an in-depth analysis of the models' misidentification types was conducted. [Result/Conclusion] Experimental results demonstrate that the fine-tuned LLMs perform significantly in scientific entity recognition tasks, achieving an F1 score of 81.20%, and effectively improving the accuracy of scientific entity recognition.
  • RESEARCH PAPERS
    Liang Qiqi, Guo Fengjiao, Cao Shujin, Zang Yue, Wang Jingfei
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] This study aims to clarify the concept and identification methods of innovation in academic papers. It explores the application paths to provide references for constructing sustainable academic innovation ecosystem. [Method/Process] Based on the concept of innovation in academic papers, it summarizes its main forms of innovation, conceptualizes its transformation process, and systematically reviews the existing identification methods. Furthermore, it discusses the application path for the innovation. [Result/Conclusion] It identifies two major methodological systems based on text mining and scientific knowledge network. It designs a systematic application path: “content insight→significance cognition→frontier prediction→ex-post evaluation”. Based on the analysis, it proposes the following constructive considerations: building a multimodal scientific knowledge base from multiple sources, improving early warning mechanisms for innovation, deepening the multidimensional discovery system, and reforming scientific evaluation mechanisms.
  • RESEARCH PAPERS
    Chen Shi, Huang Wenwen, Jiang Yixin
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] This study develops an evaluation framework for identifying the standardization phases of technologies by analyzing high-value patents. The goal is to provide theoretical support and practical guidance for governments to dynamically optimize their patent funding strategies. [Method/Process] Drawing on the Abernathy–Utterback model and the divergence-convergence pattern, the study constructs a citation generation structure for core patents in laparoscopic surgical robotics. It captures the dynamics of technological diffusion, convergence, and integration, dynamically visualizes the evolutionary path, and provides evidence for identifying its current phase of global standardization. [Result/Conclusion] The citation generation method demonstrates strong capabilities in dynamic identification and prospective analysis. By detecting convergence trends within citation generations, it enables the recognition of emerging standardization signals. This approach offers a novel analytical tool for the strategic assessment of high-value patents, particularly in identifying internal evolutionary trends and standardization progress within technology clusters.
  • RESEARCH PAPERS
    Wang Zongshui, Hu Guohui, Zhao Hong
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] This study explores the characteristics and influence of dynamic multilayer networks in university co-authorship in library and information science(LIS). It aims to serve the selection and formulation of university research collaboration and promote their scholarly performance. [Method/Process] Initially, using 49,749 LIS publications from 2015 to 2023 as a sample, it constructed dynamic multilayer collaboration networks, with layers stratified by university rankings. Subsequently, it analyzed networks characteristics following a logic of “Whole—Part—Individual”. Finally, employing a two-way fixed effects model, it examined the influence of the network characteristics on university research performance. [Result/Conclusion] The primary characteristics of the LIS collaboration networks are as follows.① The density of multilayer scientific collaboration networks in universities is increasing.②The boundaries of scientific collaboration are gradually blurring, particularly among top-layer universities.③ A hierarchical disparity exists in university research collaboration. Top-layer universities prefer intra-layer collaborations while lower-layer universities focus on cross-layer collaborations. The influence of network characteristics is manifested as follows.① A positive correlation is identified between network structural holes and research performance.② In the cross-layer research collaboration network among universities, the hierarchical characteristics positively moderate the relationship between network structural holes and research performance.③ Within intra-layer research collaboration networks among universities, the moderating effect is not significant. Collaboration in scientific papers promotes research output and impact. Universities can actively engage in multilayer research collaboration according to the needs of disciplinary development to enhance research performance.
  • RESEARCH PAPERS
    Lü Renjie, Yue Meimei, Ma Xiaoyu, Bai Qingli, Qi Yunfei
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] As the core carrier of market-oriented public data operations, the innovative practices of local data groups hold critical demonstrative value for solving the dilemma of market-oriented allocation of data elements. In-depth research on local data groups helps systematically summarize solutions for activating the value of public data by local data groups and reveals the pain points in the current development process. [Method/Process] This paper selects 6 representative local data groups as research objects, adopts field interviews to systematically deconstruct their operation modes of participating in the opening and sharing of public data and value transformation, and conducts an in-depth analysis of the practical dilemmas in the process of public data opening. [Result/Conclusion] The research refines a logical solution for activating the value of public data covering 7 dimensions, including building a data development ecosystem, guiding the development of the data industry, promoting data circulation and transaction, and developing data application scenarios. It also reveals the value conflicts between government data governance goals and enterprise commercial demands, as well as between public interests and market efficiency. Furthermore, it puts forward 4 targeted optimization suggestions: improving the special fund self-inspection system, promoting the authorized operation of provincial public data, standardizing the own business of local data groups, and constructing a multi-party cooperation and profit-sharing distribution mechanism.
  • RESEARCH PAPERS
    Sun Yingzi, Gao Liang, Ma Jiawei
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] Taking new public cultural spaces as a case study, this paper explores the mutual empowerment paths between public cultural services and public tourism services from a configurational perspective. This study contributes to optimizing resource integration and cultivating high-quality shared, cultural spaces that enhance community well-being for both residents and visitors. [Method/Process] Based on 30 representative cases of new public cultural spaces, this study uses the grounded theory method to summarize the mutual empowerment elements of public cultural services and public tourism services. It employs fuzzy-set qualitative comparative analysis(fsQCA) to analyze the configuration paths of their mutual empowerment mechanisms. [Result/Conclusion] The elements of mutual empowerment can be categorized into four dimensions: field, product, cooperation, and flow. Their mutual empowerment configuration paths are field renewal, demand cultivation, and the composite-driven types. Consequently, it is essential to prioritize scene, integration, demand, and synergy values so as to cultivate shared spaces for both residents and visitors, enrich the supply of high-quality cultural and tourism products, foster services with human-centered care, and establish coordinated governance mechanisms. These measures are expected to facilitate the mutual empowerment of public cultural services and public tourism services, thereby fostering their deep integration.
  • REVIEW
  • REVIEW
    Guo Yu, Yu Zhiting, Lü Yan, Han Xuewen
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] Digital intelligence governance(DIG) is a novel research field formed by integrating digital technologies and intelligent governance concepts, and it has progressively emerged as a crucial agenda in academia. In the realm of DIG, Information Resource Management(IRM) undertakes pivotal functions such as data integration, knowledge organization, and governance decision support. From the perspective of IRM, this study aims to clarify the conceptual evolution of DIG in China, reveal the structural composition and inherent logic of its research themes, and explore future developmental trajectories. By doing so, it seeks to provide a theoretical foundation and practical implications for the paradigm transition of China's governance model from “experience-driven” to “data-intelligence-driven.” [Method/Process] Taking domestic literature related to DIG retrieved from the China National Knowledge Infrastructure(CNKI) as the research object, this study employed the Latent Dirichlet Allocation(LDA) topic modeling method to conduct topic identification and semantic clustering on literature abstracts. By comprehensively evaluating the dual indicators of perplexity and coherence, the optimal number of topics was determined. Subsequently, by integrating manual coding and content analysis methods, a systematic categorization, conceptual differentiation, and paradigm review of the primary research themes were conducted. Furthermore, by introducing the techno-economic paradigm theory and holistic governance theory, and focusing on the reorganization process of the “datafication—intelligentization—collaboration—securitization” value chain within the governance system, an analytical framework for DIG research was constructed from the IRM perspective. [Result/Conclusion] The research identified 8 distinct themes within China's DIG research. Through semantic clustering and content analysis, these themes were condensed into 4 core categories: “digital intelligence construction,” “digital intelligence transformation,” “digital intelligence development,” and “digital intelligence risk governance.” The findings reveal the phased logic and evolutionary characteristics of DIG research, delineating a progressive structural framework from foundational infrastructure to systemic transformation, value expansion, and security assurance. Specifically, digital intelligence construction constitutes the foundational layer emphasizing institutional leadership and resource integration; digital intelligence transformation acts as the upgrading layer focusing on industrial revitalization and organizational mechanism reform; digital intelligence development serves as the value-expansion layer oriented toward strategic scenarios like rural revitalization and new quality productive forces; and digital intelligence risk governance operates as the cross-cutting trust-assurance layer addressing technical risks and emergency responses. These results systematically deepen the understanding of China's DIG knowledge system and elucidate the operational logic of governance from an IRM perspective. [Innovation/Value] The innovation and value of this study lie in its unique IRM perspective, which transcends traditional disciplinary boundaries by highlighting the intelligent allocation of governance resources and knowledge empowerment. It explicitly delineates the conceptual evolution spectrum from “data governance” and “digital governance” to “digital intelligence governance,” clarifying the essential transition from an “information-driven” to an “intelligence-driven” paradigm. Moreover, the constructed theoretical framework integrates the IRM value chain with governance evolution, providing a structured map that elucidates how data resources, algorithmic capabilities, and knowledge organization collectively drive the dynamic cycle of “data-driven—intelligent decision-making—collaborative execution,” thereby offering a significant theoretical reference for future research and practice. [Insufficient/Improvement] The primary limitation of this study is its exclusive focus on domestic(Chinese) literature and practices concerning digital intelligence governance, which may constrain the global applicability of the findings. For future improvement, research should expand its international vision and engage in cross-domain collaboration. It is imperative to systematically investigate the frontier issues, policy frameworks, and governance models of DIG across different nations. Furthermore, exploring global collaborative mechanisms for DIG involving multiple stakeholders and constructing a theoretical system with Chinese characteristics and international influence will provide deeper academic support and a practical reference for IRM and related disciplines.
  • FOCUS OVERSEAS
  • FOCUS OVERSEAS
    Zhang Yicui, Tian Xiaodi, An Jialu
    Download PDF ( )   Knowledge map   Save
    [Purpose/Significance] With open science reshaping the academic communication ecosystem, academic libraries urgently need to reshape their academic value. This paper conducts an in-depth analysis of evidence synthesis services offered by foreign academic libraries, aiming to provide Chinese libraries with valuable case studies and practical insights for constructing a knowledge service system that is intricately integrated into the entire scientific research process. [Method/Process] A sample of 30 academic libraries in the United States was selected, analyzing and summarizing their evidence synthesis services from three major aspects: service models, service effectiveness, and service characteristics. Comparative analyses were also performed on evidence synthesis services in academic libraries of the United Kingdom, Australia, Canada, and Ireland. [Result/Conclusion] The findings reveal that academic libraries in China should establish evidence synthesis research resource guides to provide comprehensive research guidance, transform from retrieval support to in-depth cooperation to construct evidence synthesis service system, establish differentiated service models to enhance librarians' professional skills, fulfill educational functions by developing a teaching system for evidence synthesis research methods, and construct a multi-party collaborative service ecosystem to promote the high-quality development of evidence synthesis services.