arXiv:2505.08691cs.HCcs.AI2025-05被引 2

用AI分析学者学术轨迹,可视化研究方向、影响力与合作变化。

VizCV: AI-assisted visualization of researchers' publications tracks

  • AI驱动三维度分析:研究主题演变、论文影响、合作网络
  • 自动生成职业转型解释,支持跨学者对比与多视角探索
  • 基于大模型生成可配置描述,辅助理解学术发展脉络

分析科学家及研究团队的出版记录演化,对评估其专业能力至关重要,有助于学术管理、职业规划与评价。我们提出VizCV,一个基于Web的端到端可视化分析框架,支持研究人员科学轨迹的交互式探索。系统融合AI分析,实现职业演进的自动化报告。核心从三个维度建模:a) 研究主题演化,检测并可视化学术焦点的变迁;b) 发表记录及其影响;c) 合作动态,描绘合作者网络的增长与转变。AI提供自动化的职业转型解释,识别研究方向重大转移、影响力跃升或合作扩展。支持学者间比较,可对比主题轨迹与影响力增长。交互式多标签、多视图系统,允许从不同角度探索职业里程碑,如最具影响力文章、新兴研究主题或子领域贡献深度分析。关键技术包括:a) 主题分析;b) 可视化模式与趋势的降维处理;c) 基于可配置提示生成与大语言模型的文本描述自动生成,涵盖关键指标,帮助理解个人或群体的职业发展。

原文摘要 · Abstract (English)

Analyzing how the publication records of scientists and research groups have evolved over the years is crucial for assessing their expertise since it can support the management of academic environments by assisting with career planning and evaluation. We introduce VizCV, a novel web-based end-to-end visual analytics framework that enables the interactive exploration of researchers' scientific trajectories. It incorporates AI-assisted analysis and supports automated reporting of career evolution. Our system aims to model career progression through three key dimensions: a) research topic evolution to detect and visualize shifts in scholarly focus over time, b) publication record and the corresponding impact, c) collaboration dynamics depicting the growth and transformation of a researcher's co-authorship network. AI-driven insights provide automated explanations of career transitions, detecting significant shifts in research direction, impact surges, or collaboration expansions. The system also supports comparative analysis between researchers, allowing users to compare topic trajectories and impact growth. Our interactive, multi-tab and multiview system allows for the exploratory analysis of career milestones under different perspectives, such as the most impactful articles, emerging research themes, or obtaining a detailed analysis of the contribution of the researcher in a subfield. The key contributions include AI/ML techniques for: a) topic analysis, b) dimensionality reduction for visualizing patterns and trends, c) the interactive creation of textual descriptions of facets of data through configurable prompt generation and large language models, that include key indicators, to help understanding the career development of individuals or groups.

可视化学术分析AI辅助研究轨迹

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