Design of wireless sensor network based fuzzy logic controller for a cold storage system

A. Kumar, S. Sudha
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引用次数: 4

Abstract

In spite of India holding the second position in production of fruits and vegetables in the world, about one third of these are wasted in post-harvest. Major chunk of post-harvest losses are attributed to lack of proper cold storage and cold chain facilities. The quality and life of the commodities are determined by their storage conditions. Hence, designing an intelligent cold storage system turns out to be very much essential in order to mitigate the post-harvest wastage of the perishable commodities. This enables remunerative prices to the cultivators in addition to making the commodities available at competitive and affordable prices to the consumers. Based on the technical standards for control atmosphere cold stores temperature, humidity, CO2 level and light intensity level are the essential parameters to be monitored and controlled for maintaining their quality and life. However, currently available cold storage systems in India do not consider controlling of all these essential parameters. With an intention to address this, a wireless sensor network based fuzzy logic controller for monitoring and controlling these essential parameters is proposed here.
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基于无线传感器网络的冷库模糊控制器设计
尽管印度的水果和蔬菜产量位居世界第二,但其中约三分之一的水果和蔬菜在收获后被浪费掉了。收获后损失的主要原因是缺乏适当的冷库和冷链设施。商品的质量和寿命是由其储存条件决定的。因此,设计一个智能冷藏系统是非常必要的,以减少易腐商品的收获后浪费。这除了使消费者能够以具有竞争力和负担得起的价格获得商品外,还使耕种者能够获得有报酬的价格。根据常压冷库控制技术标准,温度、湿度、CO2浓度和光照强度是保证冷库质量和寿命的重要监测和控制参数。然而,印度目前可用的冷藏系统没有考虑控制所有这些基本参数。为了解决这一问题,本文提出了一种基于无线传感器网络的模糊逻辑控制器来监测和控制这些关键参数。
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