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Wireless Sensor Network in Precision Agriculture: A Survey Report

机译:精准农业中的无线传感器网络:一份调查报告

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This paper presents the importance of precision agriculture over the tradition agriculture that how farmers can get the exact details about their cultivation land while deploying the sensor and measure the various parameters of the land and then do the farming according to that parameters so they can earn more and through the deployment of sensor in land also helps the farmers in excellent crop yield. The wireless sensor system which is discussed in this paper tells about the various sensors used for measure the various parameters of land like moisture, temperature and soil salinity, which is the most important part of farming. Another thing is deployment and communication techniques through the hybrid network and the concept of microbial fuel cell membrane, in which anode and cathode is there and various bacterias will used to produce the current work as a acetate which will make the sensor node self powering. Bacteria's perform the reactions through the anode and cathode in the compartment and also added the various chemicals like methylene blue, neutral red, thionine produce which will accelerate the current for batteries used for sensor, which will expand the network lifespan.
机译:本文介绍了精确农业相对于传统农业的重要性,即农民如何在部署传感器并测量土地的各种参数,然后根据该参数进行耕种的同时获取耕地的确切详细信息,从而可以赚取更多通过在土地上部署传感器,还可以帮助农民提高作物产量。本文讨论的无线传感器系统介绍了用于测量土地各种参数(如湿度,温度和土壤盐分)的各种传感器,这是农业最重要的部分。另一件事是通过混合网络的部署和通信技术以及微生物燃料电池膜的概念,其中存在阳极和阴极,各种细菌将作为乙酸盐产生电流,这将使传感器节点自供电。细菌通过隔室中的阳极和阴极进行反应,还添加了各种化学物质,例如亚甲基蓝,中性红,硫氨酸等,这些化学物质会加快传感器电池的电流消耗,从而延长网络寿命。

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