IoT-Based Rural Farming and Education Infrastructure

Sarthak Ranjan, Mandeep Kaur, Kriti Singh, Nitin Rakesh, M. Goyal
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Abstract

It is simple to provide internet connection in densely populated places. Multiple service providers, fibre connection, cable internet, and other options are ava thing when it comes to providing internet connection to rural communities. There are certain unique issues that internet service providers serving rural clients must address. The Problem of Rural Internet Access is physical obstructions, rising demand for bandwidth, and limited company expansion and funds are all factors to consider. Remote weak infrastructure causes unpredictable energy and poor Internet access, posing a significant barrier to rural Internet penetration. Another impediment is the scarcity of low-cost internet access. income in India has recently surpasses $1000; per capita income in with the fact that around 75%, with rural India having a significantly lower proportion. E- learning tools for community schools and e-health programs utilized by clinicians at the local hospital are examples. All current infrastructure is compatible with the proposed solution. The suggested solution makes use of antennas to enhance cell reception and establish open wi-fi zones. According to the requirements and geographical space, the suggested system uses an Omni-Directional Antenna or a Directional Log Periodic Antenna.
基于物联网的农村农业和教育基础设施
在人口密集的地方提供互联网连接很简单。当涉及到向农村社区提供互联网连接时,多个服务提供商、光纤连接、有线互联网和其他选择是很重要的。为农村用户提供服务的互联网服务提供商必须解决一些独特的问题。农村互联网接入的问题是物理障碍,带宽需求上升,公司扩张和资金有限都是需要考虑的因素。偏远地区薄弱的基础设施导致不可预测的能源和糟糕的互联网接入,对农村互联网普及构成重大障碍。另一个障碍是缺乏低成本的互联网接入。印度的收入最近已经超过了1000美元;人均收入在75%左右,而印度农村的比例要低得多。社区学校的电子学习工具和当地医院临床医生使用的电子保健计划就是例子。所有当前的基础设施都与提议的解决方案兼容。建议的解决方案利用天线来增强蜂窝接收并建立开放的wi-fi区域。根据需求和地理空间的不同,建议系统使用全向天线或定向日志周期天线。
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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