情报杂志2024，Vol.43Issue(1)：21-27,7.DOI:10.3969/j.issn.1002-1965.2024.01.003
拜登政府国家情报战略的注意力分配及其实践启示
The Attention Allocation of Biden Administration's National Intelligence Strategy and Its Practical Implications:
摘要
Abstract
[Research purpose]To analyze the 2023 National Intelligence Strategy of the United States of America released by the Biden administration,clarify the content structure and underlying logic of its national intelligence strategy,and provide useful insights for optimi-zing China's national intelligence work.[Research method]Introducing the perspective of attention allocation theory,using text analysis to horizontally summarize the attention allocation characteristics of the 2023 National Intelligence Strategy of the United States of America,and comparing it vertically with the first four editions,revealing the attention allocation logic of the Biden administration's national intelli-gence strategy.[Research conclusion]The psychological basis of the Biden administration's national intelligence strategy is to establish intelligence awareness led by responding to major country competition.The U.S.intelligence community tends to promote intelligence in-tegration based on professionalization and integration at the organizational level,and implements intelligence reform with a focus on tech-nology empowerment and alliance interaction at the behavioral strategy level.The main goal of the 2023 National Intelligence Strategy of the United States of America remains stable,and its focus has completed a transformation.It is suggested that China follow the internal laws of attention formation and transformation,and strive to shape a national intelligence work system driven by both internal and external factors.关键词
拜登政府/国家安全/《国家情报战略》/情报工作/注意力分配/文本分析法Key words
Biden administration/national security/National Intelligence Strategy/intelligence work/attention allocation/text analysis method分类
社会科学引用本文复制引用
粟锋,曹宇轩,黄晞,黄晓存,米亚文..拜登政府国家情报战略的注意力分配及其实践启示[J].情报杂志,2024,43(1):21-27,7.基金项目
国家社会科学基金青年项目"习近平总书记关于应对外部环境风险的重要论述研究"(编号:21CKS044)研究成果. （编号:21CKS044）
