基于多路径的我国智慧农业技术热点和发展趋势分析OA
Analysis of Hot Spots and Development Trends of Smart Agriculture Technology in China Based on Multipath
发展智慧农业能极大提高国家农业现代化水平,促进农业产业结构转型升级,识别智慧农业领域的技术热点和发展趋势,对于推动我国现代农业发展具有重要意义.本文将中国知网(CNKI)中以智慧农业为主题的文献资源作为分析样本,利用信息可视化软件CiteSpace从时空混合维度分析智慧农业研究的时间演变路径、合作网络路径、技术热点演进路径和技术发展趋势.结果表明,国内智慧农业领域的技术发展较为紧密地贴合了整个社会发展,诸如遥感、物联网、区块链、GPRS等成为该领域研究主流,但也存在着有关研究机构地域分布不均匀、机构之间学术交流不足、没有形成合作网络等问题,并提出了夯实现代农业信息化发展科技创新基础、加强关键共性技术攻关与前沿性技术布局、加速技术集成应用与示范等建议.
Developing smart agriculture can greatly improve the national agricultural modernization level and promote the transformation and upgrading of agricultural industrial structure.Therefore,it is of great significance for China to identify the technological hotspots,technological development trends in the field of smart agriculture.Take the literature resources in the field of smart agriculture as the analysis sample,and analyze the time evolution path,cooperation network path,technology hotspot evolution path,technology development trend from the space-time mixed dimension.The analysis results show that the technical development in the field of smart agriculture in China is closely related to the development of the whole society,such as remote sensing,the Internet of Things,blockchain,and gprs,which have become the mainstream of research in this field.However,there are also problems such as uneven geographical distribution of research institutions,insufficient academic exchange between institutions,and lack of cooperation networks.In addition,suggestions such as consolidating the foundation of scientific and technological innovation in the development of modern agricultural informatization,strengthening key common technology research and cutting-edge technology layout,accelerating technology integration application and demonstration.are put forward.
杜军;张俐;刘薇;郭婷婷;邓禹;吴斌
云南省科学技术情报研究院,云南 昆明 650051
计算机与自动化
知识图谱智慧农业CiteSpace
knowledge graphsmart agricultureCiteSpace
《现代农业装备》 2024 (001)
64-70 / 7
云南省科技计划项目—云南重点产业发展技术预见及关键技术选择研究(202104AL030005);云南省科技计划项目—云南省科技管理信息系统建设(三期)(202005AH070003);云南重点领域技术预见及关键技术选择研究(2023)(202304AL030033)
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