Online farming based on embedded systems and wireless sensor networks

K. Sathish kannan, G. Thilagavathi
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引用次数: 26

Abstract

The agricultural scenario seems to be one of the most promising application areas for WSN due to the necessity of providing the agricultural production chain in terms of precision and quality. This involves a careful system design, since requirements are very strict, battery life-time maximization, robustness, recovery strategies, network flexibility and re-configurability. This paper implements zigbee based wireless sensor network in agriculture such as monitoring of environmental conditions like weather, soil moisture content, soil temperature, soil fertility, weed detection, water level, monitoring growth of the crop, precision agriculture, automated irrigation facility and storage of agricultural products. The aim of this project is to monitor and maintain the farm from any part of the world through internet. Monitoring is done with the help of wireless sensor networks and all the control process is done with the help of the microcontrollers. Wireless cameras are used to feed live video of the farm to any part of the world. With the help of this project, modern technologies and new ideas can be implemented in the farm sector of our country. A farmer can see the real condition of his farm and also control his farm from any part of the world by logging into farming website. This makes the Indian farmers feel comfortable and reduces the risks involved in irrigation. The idea has the potential to attract entrepreneurs to invest in the agricultural sector.
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基于嵌入式系统和无线传感器网络的在线农业
农业场景似乎是WSN最有前途的应用领域之一,因为在精度和质量方面需要提供农业生产链。这涉及到仔细的系统设计,因为要求非常严格,电池寿命最大化,稳健性,恢复策略,网络灵活性和可重新配置性。本文将基于zigbee的无线传感器网络在农业中实现,如天气、土壤含水量、土壤温度、土壤肥力、杂草检测、水位监测、作物生长监测、精准农业、自动化灌溉设施、农产品仓储等环境条件的监测。该项目的目的是通过互联网从世界任何地方监控和维护农场。监测是借助无线传感器网络完成的,所有的控制过程都是借助微控制器完成的。无线摄像机用于向世界任何地方提供农场的实时视频。在这个项目的帮助下,现代技术和新理念可以在我国的农业部门得到实施。一个农民可以看到他的农场的真实情况,也可以从世界任何地方控制他的农场,通过登录农业网站。这让印度农民感到舒适,并减少了灌溉的风险。这个想法有可能吸引企业家投资农业部门。
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