Implementation and Identification of Crop based on Soil Texture using AI

Neetu Mittal, Akash Bhanja
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Abstract

Soil is the foremost and elementary resource to improve efficiency in agricultural. Many advanced Computing Techniques are arisen and are get executed in different domains of agriculture. The main intent of the work is to develop an application that associates crop names and to expose the basic capabilities of the system. The Aim is to build a machine learning model that recommends the most suitable crop for a given region based on a variety of factors such as soil type, climate, precipitation, and available resources. The model will be trained using NLP techniques to analyze and extract useful information from text data on various crops, including their characteristics, growth conditions, and yield potential. A machine learning model trained using the extracted features and may be capable of predicting the most suitable crop for a given region based on the input data. The proposed model is used as a web service to facilitate faster development.
基于土壤纹理的人工智能作物识别实现
土壤是提高农业生产效率最重要、最基本的资源。许多先进的计算技术正在兴起,并在农业的不同领域得到应用。这项工作的主要目的是开发一个关联作物名称的应用程序,并公开系统的基本功能。目的是建立一个机器学习模型,根据土壤类型、气候、降水和可用资源等多种因素,为给定地区推荐最合适的作物。该模型将使用NLP技术进行训练,从各种作物的文本数据中分析和提取有用的信息,包括它们的特性、生长条件和产量潜力。使用提取的特征进行训练的机器学习模型,可能能够根据输入数据预测给定区域最适合的作物。建议的模型用作web服务,以促进更快的开发。
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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