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Transformer模型在智慧农业中的应用现状与展望OA

Application status and prospects of Transformer models in smart agriculture

中文摘要英文摘要

智慧农业是现代农业核心方向.Transformer 模型依托其自注意力机制,在捕获长序列依赖关系与融合多源数据等方面展现出显著优势,为农业智能化升级提供了新路径.分析了该模型在作物生长监测、灾害预警、生产管理等场景的应用现状,指出其面临模型复杂度高、数据适配不足、解释性弱等挑战,并展望轻量化设计、小样本学习、多技术协同等发展趋势,以期为技术规模化应用提供参考.

Smart agriculture is regarded as a core direction of modern agriculture.Significant advantages are demonstrated by the Transformer model,through its self-attention mechanism,in capturing long-sequence dependencies and integrating multi-source data,offering a new pathway for the intelligent upgrading of agriculture.An analysis was presented of the model's application in scenarios such as crop growth monitoring,disaster early warning,and production management.Challenges including high model complexity,insufficient data adaptability,and weak interpretability were highlighted.Future development trends such as lightweight design,few-shot learning,and multi-technology collaboration were also outlined,with the aim of providing references for the large-scale application of the technology.

彭子昂

湖南农业大学 信息与智能科学技术学院,湖南 长沙 410128

农业科技

Transformer模型智慧农业作物监测灾害预警生产管理

Transformer modelsmart agriculturecrop monitoringdisaster early warningproduction management

《农业装备与车辆工程》 2026 (3)

135-140,6

10.3969/j.issn.1673-3142.2026.03.023

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