摘要
针对当前智能农机作业存在的技术瓶颈,系统探索智慧农业下农作物精细化种植的智能农机作业模式。通过构建多源数据融合的感知决策模型,实现玉米种植全周期数据驱动的精准管理;设计多农机协同作业智能调度机制,在小麦种植中达成机群高效协作,提升作业效率与防控效果;研发复杂环境下农机自适应控制技术,保障水稻全生育期精准作业,降低损失率、提升品质。以2000亩茶园为例,智能农机作业模式有效解决了丘陵地形作业难题,显著提高了茶叶种植的效益。
Aiming at the technical bottlenecks in current intelligent agricultural machinery operations,intelligent operation modes of agricultural machinery for precision planting of crops under smart agriculture were systematically explored.By constructing perception and decision-making models with integrated multi-source data,precision data-driven management throughout the entire cycle of corn planting was achieved.Intelligent dispatching mechanism for collaborative operation of multi-agricultural machinery was designed to achieve efficient collaboration among machinery groups in wheat planting,so as to enhance operation efficiency and pests and diseases prevention and control effects.Adaptive control technology for agricultural machinery in complex environments ensured precision operation throughout the entire growth period of rice with reduction of loss rates and improved quality.Taking a 2000 mu tea garden as an example,intelligent agricultural machinery operation mode solved operation problems in hilly terrain effectively with significant increment of tea planting benefits.
作者
齐林农布
赵霞
张志强
Qilin Nongbu;Zhao Xia;Zhang Zhiqiang(Agriculture and Rural Affair Bureau of Shangri-La City,Diqing Prefecture of Yunnan Province,Shangri-La 674499)
出处
《中国农机装备》
2025年第10期17-20,共4页
China Agricultural Machinery Equipment
关键词
智慧农业
农作物
精细化种植
智能农机
作业模式
Smart Agriculture
Crops cultivation
Precision planting
Intelligent agricultural machinery
Operation mode
