基于大数据系统模型的灌溉决策系统研究

Research on Irrigation Decision-making System Based on Big Data System Model

我国部分南方丘陵区域因地下水分布不均,作物浇灌主要依赖于干渠供给,但调度方式不够精确。该研究提供一种基于农业大数据系统模型的灌溉决策系统,借助无线通信技术、自动控制技术及传感器技术等现代技术,开发一套集信息采集、远程自动控制、设备运行状态监测及灌溉过程调控等功能于一体的智能化灌溉决策系统,有效提高农业灌溉自动化程度和精细化水平,同时还可以对系统和各轮灌区的用水量进行精准计量,符合现代智慧农业的发展需求。

Due to the uneven distribution of groundwater in some hilly areas of southern China,crop irrigation mainly depends on the supply of main canals,but the dispatching mode is not accurate enough.This paper studies and provides an irrigation decision-making system based on agricultural big data system model,with the help of modern technologies such as wireless communication technology,automatic control technology and sensor technology.A smart irrigation decision-making system is developed,which integrates the functions of information collection,remote automatic control,equipment running state monitoring and irrigation process regulation,so as to effectively improve the automation and refinement level of agricultural irrigation.At the same time,it can also accurately measure the water consumption of the system and each round of irrigation areas,which meets the needs of the development of modern smart agriculture.