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《技术预测与社会变革》中人工智能研究的演化:研究主题、趋势与未来方向

Evolution of artificial intelligence research in Technological Forecasting and Social Change: Research topics, trends, and future directions

Technological Forecasting and Social Change · 2023
被引 305 · 同刊同年前 1%
ABS 3

中文导读

使用机器学习主题建模分析《技术预测与社会变革》期刊中AI研究的主题结构、演化趋势及学科影响,发现医疗、循环经济、消费者采纳和决策支持是热点,对商科、社科、工程等学科影响显著。

Abstract

Artificial intelligence (AI) is a set of rapidly expanding disruptive technologies that are radically transforming various aspects related to people, business, society, and the environment. With the proliferation of digital computing devices and the emergence of big data, AI is increasingly offering significant opportunities for society and business organizations. The growing interest of scholars and practitioners in AI has resulted in the diversity of research topics explored in bulks of scholarly literature published in leading research outlets. This study aims to map the intellectual structure and evolution of the conceptual structure of overall AI research published in Technological Forecasting and Social Change (TF&SC). This study uses machine learning-based structural topic modeling (STM) to extract, report, and visualize the latent topics from the AI research literature. Further, the disciplinary patterns in the intellectual structure of AI research are examined with the additional objective of assessing the disciplinary impact of AI. The results of the topic modeling reveal eight key topics, out of which the topics concerning healthcare, circular economy and sustainable supply chain, adoption of AI by consumers, and AI for decision-making are showing a rising trend over the years. AI research has a significant influence on disciplines such as business, management, and accounting, social science, engineering, computer science, and mathematics. The study provides an insightful agenda for the future based on evidence-based research directions that would benefit future AI scholars to identify contemporary research issues and develop impactful research to solve complex societal problems.

人工智能技术预测文献计量主题建模跨学科研究