为贫困地区农业系统设计和开发基于 Arduino 的物理参数分析仪

IF 5.8 3区 管理学 Q1 COMPUTER SCIENCE, INFORMATION SYSTEMS
Ariful Alam, Israt Khan, S. Muntaha, Poonam Munshi, Ahmadullah Al Galib, Abir Muntacir Azad
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引用次数: 0

摘要

像孟加拉国这样人口过剩的国家亟需在种植系统中引入科学方法。由于对粮食的需求迅速增长,而农业面积却在日益缩小。我国的种植系统沿用传统的收割流程,没有对农业用地进行任何科学分析。但是,对这些参数进行适当的测量和分析可以极大地提高收割效果。本文介绍了基于 Arduino 的低成本物理参数分析仪的设计和开发方法。该系统由 Arduino 微控制器控制,可接收来自不同传感器的模拟信号,并通过液晶显示器以数字形式显示测量结果。DHT11 传感器是一种以湿度保持基板为电介质的电容器,与微控制器连接后可测量相对湿度和温度。FC-28 土壤湿度传感器通过感应土壤电阻来测量土壤相对湿度。JXCT-pH 传感器也用于评估土壤的 pH 值。开发的系统还能持续监测农业用地,并在物理参数的标准值出现严重偏差时采取紧急行动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Development of Arduino Based Physical Parameter Analyzer for Unprivileged Region Agricultural System
Introducing scientific methods to the cultivation system is sorely needed in overpopulatedcountries like Bangladesh. As the demand for food is rapidly increasing while the farming areas aresqueezing day by day. The cultivation system of our country follows the traditional harvesting process whichdoes not employ any scientific analysis of the agricultural sites. But proper measurement and analysis ofthese parameters can magnificently improve the harvesting result. This article presents the design anddevelopment method of Arduino based low-cost physical parameter analyzer which can be constructed easilyand used by the farmers of rural areas. The system was controlled with an Arduino microcontroller whichcan receive analog signals from different sensors and show the measurement results in digital form through aliquid crystal display. DHT11 sensor is one kind of capacitor that has humidity holding substrate asdielectric which was interfaced with the microcontroller to measure both the relative humidity andtemperature. While FC-28 soil moisture sensor measures the relative soil moisture by sensing electricalresistance of the soil. A JXCT-pH sensor was also incorporated to evaluate the pH level of the soil. Thedeveloped system is also capable of continuously monitoring an agricultural site and taking some emergencyaction if the standard value of the physical parameters deviates drastically .
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来源期刊
Journal of Information Technology
Journal of Information Technology 工程技术-计算机:信息系统
CiteScore
10.00
自引率
1.80%
发文量
19
审稿时长
>12 weeks
期刊介绍: The aim of the Journal of Information Technology (JIT) is to provide academically robust papers, research, critical reviews and opinions on the organisational, social and management issues associated with significant information-based technologies. It is designed to be read by academics, scholars, advanced students, reflective practitioners, and those seeking an update on current experience and future prospects in relation to contemporary information and communications technology themes. JIT focuses on new research addressing technology and the management of IT, including strategy, change, infrastructure, human resources, sourcing, system development and implementation, communications, technology developments, technology futures, national policies and standards. It also publishes articles that advance our understanding and application of research approaches and methods.
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