Keynote Speech 3 Internet of Things (IoT) Technology For Star Fruit Plantation

F. Zulkifli
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Abstract

The population growth based from Beecham Research Institute, the world population is expected to reach 9.6 billion people. Food production must be increased to support this condition which can be provided by implementation of technology in agriculture sector. Implementing the concept of Internet of Thing (IoT) can be expressed as smart connectivity through internet which every device exchange information with each other.Star fruit is a native fruit of Indonesia, with total production reaching 3000 tons each year in Depok region. However, most of these farmers are uneducated farmers who have not applied technology in their agricultural activities. Meanwhile for optimum growth of the star fruit, pH balance and soil moisture plays an important role. With IoT technology, a monitoring system that focus on pH and soil moisture of the star fruit can be implemented to inform the farmers of their fruit condition. If they maintain the optimum balance, optimum growth of the fruit is expected and therefore an increase of production.
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主题演讲3杨桃种植园的物联网技术
根据比彻姆研究所的人口增长,世界人口预计将达到96亿人。必须增加粮食生产以支持这一条件,这可以通过在农业部门实施技术来提供。实现物联网(IoT)的概念可以表达为每个设备通过互联网相互交换信息的智能连接。杨桃是印度尼西亚的一种原生水果,在Depok地区每年的总产量达到3000吨。然而,这些农民大多是没有受过教育的农民,他们没有在农业活动中应用技术。同时,pH平衡和土壤水分对杨桃的最佳生长起着重要作用。通过物联网技术,可以实施以杨桃的pH值和土壤湿度为重点的监测系统,以通知农民他们的果实状况。如果它们保持最佳平衡,则预期水果的最佳生长,从而增加产量。
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Experimental Study on Zoning, Histogram, and Structural Methods to Classify Sundanese Characters from Handwriting Medicine Stock Forecasting Using Least Square Method Sentiment Analysis of Product Reviews using Naive Bayes Algorithm: A Case Study [EIConCIT 2018 Cover Page] Keynote Speech 3 Internet of Things (IoT) Technology For Star Fruit Plantation
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