Smart Farm Based on Six-Domain Model

Wang Xu, Zhou Kaili, Wang Tianlei
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Abstract

Architecture design is the top-level design of the Internet of Things (IoT). Based on the conceptual model of IoT, its reference architecture based on six-domain model is defined in international standards. It is necessary to establish the system architecture for smart farm suitable for international standards. Through the comprehensive analysis of the agricultural production and management process and the in-depth study of the international standards for the IoT reference architecture, the entity integration of user domain, physical entity domain, sensing & controlling domain, application & service domain, operations & management domain and resource access & interchange domain of the smart farm are determined. The six-domain model reference architecture of smart farm is proposed. There are advantages of compatibility, flexibility and scalability, etc. As an example, it is applied in the system architecture design for the open field vegetable smart planting subsystem. It can provide effective, reliable and scalable framework design guidance for each subsystem of smart farm. It is conducive to the formation of a collaborative ecosystem of smart farm, so as to realize its large-scale applications.
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基于六域模型的智能农场
架构设计是物联网的顶层设计。在物联网概念模型的基础上,国际标准定义了基于六域模型的物联网参考架构。建立与国际接轨的智能农场系统架构是必要的。通过对农业生产经营过程的综合分析和对物联网参考架构国际标准的深入研究,确定了智能农场的用户域、物理实体域、传感与控制域、应用与服务域、运营与管理域、资源访问与交换域的实体集成。提出了智能农场六域模型参考体系结构。具有兼容性、灵活性和可扩展性等优点。以露地蔬菜智能种植子系统为例,将其应用于系统架构设计。为智能农场的各个子系统提供有效、可靠、可扩展的框架设计指导。有利于形成智能农场的协同生态系统,从而实现其规模化应用。
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