基于物联网的水果质量管理

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摘要

由于自动化,这个国家的经济增长更快。此外,自动化有利于微型、小型、中型和大型工业。我国的出口市场是世界上最大的水果出口市场之一。由于发展中国家对有效的优质产品了解较少,受污染的水果和蔬菜引起的疾病一直在上升。水果的外部属性,如颜色、形状和大小,被认为是它们的感官特征。运行该系统的阿德里亚诺微控制器控制传感器的使用方式。它详细地描述了为水果进行的介电实验,并按时间顺序,以及相关的传感设备,分析建模技术和结果。利用这种方法,吃低质量的水果
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Iot Based Fruit Quality Management
The country's economy grows faster as a result of automation. Additionally, automation is beneficial to micro, small, medium, and large size industries. Our nation's export market is one of the tops for fruit exports. Because there is less understanding of effective quality products in developing countries, diseases caused by contaminated fruits and vegetables have been on the rise. Fruits' external attributes, such as color, shape, and size, are considered their sensory characteristics. The Adriano microcontroller, which runs this system, controls how the sensors are used. It describes the dielectric experiments conducted for fruits in detail and in chronological order, along with the relevant sensing apparatus, analytical modeling techniques, and results. Utilizing this approach, eating of low-quality fruit
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