Smart farm and monitoring system for measuring the Environmental condition using wireless sensor network - IOT Technology in farming

Tharindu Bandara, Wanninayaka Mudiyanselage, M. Raza
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引用次数: 14

Abstract

Internet of things (IoT) gives a new proportion of smart farming and agriculture territory. Because with the development of the current world, the internet of things field has peaked with modern technology and modern techniques. In the modern world, IoT is used in every domain like smart city, smart university, smart car park system, etc. This paper is about the implementation of the smart farm. IoT concept helps in cost-efficient farming activities like crop and other resource management. With a wireless sensor network, it is easy to connect with every sensor node placed in the farming environment. Also, with the wireless sensor network, it can connect with long-distance ranges. With the help of a sensor network, it can collect the data from the farming environment and analyze it according to the pre-defined values. The proposed system used IoT sensors to collect the data are soil moisture sensors, temperature sensors, water volume sensors, etc. According to the existing system analysis, the proposed solution contains a smart farm environment and a real-time monitoring system with the wireless sensor network for node connectivity. The proposed system provides a more reliable and flexible smart concept for the farmers, and it is a simple architecture that contains the IoT sensors that collect the data from the farm field and transfer those data through wireless sensor network to the central server and according to the input data, the primary server assigning the task to the particular devices.
智能农场和监测系统,用于测量农业中的无线传感器网络-物联网技术的环境状况
物联网(IoT)给智慧农业和农业领域带来了新的比重。因为随着当今世界的发展,物联网领域随着现代技术和现代技术的发展已经达到了顶峰。在现代世界,物联网应用于智慧城市、智慧大学、智能停车场系统等各个领域。本文是关于智能农场的实现。物联网概念有助于经济高效的农业活动,如作物和其他资源管理。通过无线传感器网络,可以很容易地与放置在农业环境中的每个传感器节点连接。此外,通过无线传感器网络,它可以连接到远距离。在传感器网络的帮助下,它可以从农业环境中收集数据,并根据预定义的值进行分析。该系统使用物联网传感器收集数据,包括土壤湿度传感器、温度传感器、水量传感器等。根据现有的系统分析,提出的解决方案包含一个智能农场环境和一个实时监控系统,无线传感器网络用于节点连接。所提出的系统为农民提供了一个更可靠和灵活的智能概念,它是一个简单的架构,包含物联网传感器,从农场现场收集数据,并通过无线传感器网络将这些数据传输到中央服务器,并根据输入的数据,主服务器将任务分配给特定的设备。
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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