Analysis of environment changes using WSN for IOT applications

S. Padwal, M. Kumar, P. Balaramudu, Chanakya Kumar Jha
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引用次数: 10

Abstract

Wireless Sensor network is architecture with three components in it — Nodes, Gateways and Software. The nodes are used to monitor environment by spatially distributing them and by interfacing with sensors. All acquired data is transmitted wirelessly to gateway which in turn can process it independently or can be connected to a host system which can collect, analyze, process and present data using some software. IOT is an physical object network. Objects can be vehicles, buildings, devices, switches, and other items. The network is embedded with electronics, sensors, and softwares. Network connectivity is enabled to allow these objects to collect / acquire data and process whole data as per application requirement [1]. In this paper we present a system to monitor environment of soil with the help of WSN. Various sensors are used and data is acquired from each of them. Attention is needed for a farmer to protect his field from different disasters caused either by human or by nature. Human effort is not sufficient and also very expensive to pay for a worker. Here we are using few sensors to monitor the farm those are temperature sensor, moisture sensor to check whether the field is dry or wet and a LDR to verify the lighting at that place. All these will be monitored and sent to the authorized persons email id in the form of mail. So that necessary action can be taken accordingly within short Spam of time.
物联网应用中使用WSN分析环境变化
无线传感器网络由节点、网关和软件三部分组成。这些节点通过空间分布和与传感器的接口来监测环境。所有采集到的数据都以无线方式传输到网关,网关可以独立处理这些数据,也可以连接到主机系统,主机系统可以使用一些软件来收集、分析、处理和呈现数据。物联网是一个物理对象网络。对象可以是车辆、建筑物、设备、开关和其他物品。该网络嵌入了电子设备、传感器和软件。启用网络连接,允许这些对象根据应用需求收集/获取数据并处理整个数据[1]。本文提出了一种基于无线传感器网络的土壤环境监测系统。使用各种传感器,并从每个传感器获取数据。农民需要注意保护自己的田地免受人为或自然造成的各种灾害。人力是不够的,而且支付工人的费用也非常昂贵。在这里,我们使用几个传感器来监控农场,这些传感器是温度传感器,湿度传感器来检查田地是干还是湿,LDR来验证那个地方的照明。所有这些都将被监控并以邮件的形式发送到被授权人的电子邮件id。以便在短时间内采取相应的必要行动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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