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Smart Cocoa Nursery Monitoring System Using IRT for Automatic Drip Irrigation

机译:使用IRT进行自动滴灌的智能可可苗圃监测系统

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Conventional agriculture systems normally ineffective and consume a lot of manpower and water resources. In this project, an automatic drip irrigation system based on IOT platform is designed. This system is implemented in cocoa nursery at Malaysian Cocoa (MCB) Bagan Datoh. Smart Cocoa Monitoring System Using IRT for Automatic Drip Irrigation is designed by creating optimal soil moisture conditions to facilitate healthy plant growth through proper irrigation frequencies. With a Raspberry Pi 3 Model B, the user can monitor the soil moisture in the cocoa plant nursery and the irrigation machine through the network. Therefore, to monitor the environment for this agriculture, the system will collect the information of the soil moisture. Any changes detected by the built-in sensors of the system that can harm the cocoa plant nursery will be noted and the system will provide soil moisture information and can be monitored through ThinkSpeak.com application for further action to be taken. To monitor the efficiency of the system, the height of each cocoa plant (cm) and the number of leaves per cocoa plant is observed within 3 weeks. For comparison, this monitoring system that controlled by a Raspberry Pi3 model B with drip irrigation technique is recorded as Treatment 1 (T1) and the overhead sprinkler technique that has been applied in MCB, Bagan Datoh, Perak is recorded as Treatment 2 (T2). It is observed that the percentage height of coco plant based on T1 is increased by 26.82% while T2 only 16.04%. The percentage increment of leaves based on T1 is 36.31% while T2 is 20.70%.
机译:传统的农业系统通常无效,并且消耗大量的人力和水资源。本项目设计了一种基于物联网平台的自动滴灌系统。该系统在马来西亚可可(Banan Datoh)的可可苗圃中实施。使用IRT进行自动滴灌的智能可可监测系统是通过创建最佳土壤湿度条件而设计的,以通过适当的灌溉频率促进植物健康生长。使用Raspberry Pi 3 Model B,用户可以通过网络监控可可植物苗圃和灌溉机械中的土壤湿度。因此,为了监视该农业的环境,系统将收集土壤水分的信息。将记录系统的内置传感器检测到的任何可能损害可可植物苗圃的变化,并且该系统将提供土壤水分信息,并且可以通过ThinkSpeak.com应用程序进行监视,以采取进一步的措施。为了监控系统的效率,在3周内观察了每种可可植物的高度(cm)和每棵可可植物的叶子数。为了进行比较,将由Raspberry Pi3 B型采用滴灌技术控制的监控系统记录为处理1(T1),将已在霹雳州霹雳州蒲甘达托市的MCB应用的高架喷头技术记录为处理2(T2)。 。观察到,基于T1的可可植物的高度百分比增加了26.82%,而T2仅增加了16.04%。基于T1的叶子的百分比增量为36.31%,而T2为20.70%。

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