We propose a new type of smart server based smart indoor crop grower using IoT(Internet of Things). The proposed smart indoor crop grower provides visual information for intuitively knowing the current cultivation status, as well as IoT-based sensor control, sensor data processing, communication control controller, smart server based sensor data storage, and building the optimal cultivation environment. It consists of a smart app that allows the user to know the real-time situation information of the smart indoor crop grower and to control the grower according to the situation. In particular, the FCM (Firebase Cloud Messaging) function was used to quickly notify the user in the event of an emergency with the grower, and the grower was constructed by applying an image processing technique to extract the growth status information of the cultivated grain. In addition, functional expansion was secured by configuring a programming function module to enable active coping even when a sensor is added. The proposed algorithm was applied to a self-produced smart indoor crop grower to confirm the superiority of its performance through experiments. The proposed smart indoor crop grower can be used as a basic resource for strengthening agricultural technology capabilities by developing technologies that are central to the agricultural field.

我们提出了一种使用物联网（IoT）的新型基于智能服务器的智能室内农作物种植者。拟议中的智能室内农作物种植者提供可视化信息，以直观地了解当前的种植状况，以及基于物联网的传感器控制，传感器数据处理，通信控制控制器，基于智能服务器的传感器数据存储，并构建最佳的种植环境。它由一个智能应用程序组成，允许用户了解智能室内农作物种植者的实时情况信息，并根据情况控制种植者。特别是，FCM（Firebase云消息传递）功能用于在种植者发生紧急情况时快速通知用户，利用图像处理技术构造出种植者，以提取栽培谷物的生长状况信息。此外，通过配置编程功能模块来确保功能扩展，即使添加了传感器也能进行主动应对。将该算法应用于自产智能室内农作物种植者，通过实验证实了其性能的优越性。拟议中的智能室内农作物种植者可以通过开发对农业领域至关重要的技术，用作增强农业技术能力的基本资源。将该算法应用于自产智能室内农作物种植者，通过实验证实了其性能的优越性。提议的智能室内农作物种植者可以通过开发对农业领域至关重要的技术，用作增强农业技术能力的基本资源。将该算法应用于自产智能室内农作物种植者，通过实验证实了其性能的优越性。拟议中的智能室内农作物种植者可以通过开发对农业领域至关重要的技术，用作增强农业技术能力的基本资源。