宿州学院学报2025，Vol.40Issue(7)：27-31,5.DOI:10.3969/j.issn.1673-2006.2025.07.006
数智赋能视域下皖北农业机器人应用困境与建议
Challenges and Suggestions for the Application of Agricultural Robots in Northern Anhui from the Perspective of Digital Intelligence Empowerment
摘要
Abstract
In order to alleviate the challenges of aging population and labor shortage in rural areas,ensure food secu-rity,and develop smart agriculture.The necessity of accelerating the application of agricultural robots in Northern Anhui is analyzed from the perspective of the development difficulties of agriculture in the region and the characte-ristics of intelligent field operations,precision facility agriculture,and unmanned animal husbandry in the application of agricultural robots in China.It was found that the application of agricultural robots in Northern Anhui is facing challenges such as land fragmentation and overall governance,high costs of technology research and application,di-fficulties in coordinating multiple robots in complex scenarios,and insufficient cooperation and application transfor-mation between industry,education,and research.In response to these difficulties,the following countermeasures and suggestions are proposed:firstly,it is suggested to strengthen top-level design planning and establish a trial field for agricultural robot application in Northern Anhui;secondly,it is suggested to optimize land use efficiency and en-hance the intelligence level of modern facility agriculture;the third is to improve the element support system and re-duce the research and application costs of agricultural robots;the fourth suggestion is to deepen the application sce-nario driven approach and solve the problem of multi robot collaboration in complex scenarios.关键词
农业机器人/粮食安全/数智赋能/皖北Key words
agricultural robots/food security/empowering with digital intelligence/Northern Anhui分类
管理科学引用本文复制引用
刘凡,周书灵..数智赋能视域下皖北农业机器人应用困境与建议[J].宿州学院学报,2025,40(7):27-31,5.基金项目
宿州学院优秀学术技术骨干(2024XJGG02) （2024XJGG02）
宿州学院教学研究项目(szxy2024jyxm12) （szxy2024jyxm12）
宿州学院科研平台(2021XJPT30). （2021XJPT30）
