Crop Yield Prediction and Recommendation System

Sagar Raskar, Aditya Abhang, Nachiket Pethe, V. Attar
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引用次数: 0

Abstract

Crop yield prediction is a highly composite task influenced by several factors such as state, district, area, rainfall, temperature, soil factors, and many more. For accurate yield prediction, we are required to figure out the functional relationship between the yield and the above-mentioned factors. Comprehensive datasets and powerful algorithms are required to reveal such relationships. This paper is focused mainly on predicting the yield of the crop along with crop recommendations by applying various machine learning techniques. The models going to be used here include Decision Tree and Random Forest. The prediction made by these models will help the farmers to come to a decision on which crop to grow to induce the most yield by considering factors like temperature, rainfall, area, etc. Most of the times farmers consistently grow one crop on one soil for years which reduces the nutrients of the soil, hence a crop recommendation system influenced by the factors such as rainfall, annual temperature, soil content, and type, etc becomes important which saves the soil from getting exhausted while also giving a good return to the farmers.
作物产量预测与推荐系统
作物产量预测是一项高度综合的任务,受州、地区、面积、降雨量、温度、土壤等因素的影响。为了准确地预测产量,我们需要找出产量与上述因素之间的函数关系。需要全面的数据集和强大的算法来揭示这种关系。本文主要关注通过应用各种机器学习技术来预测作物产量以及作物推荐。这里将要用到的模型包括决策树和随机森林。这些模型做出的预测将帮助农民在考虑温度、降雨量、面积等因素的情况下,决定种植哪种作物以获得最大的产量。大多数情况下,农民多年来一直在一种土壤上种植一种作物,这减少了土壤的养分,因此,受降雨量,年温度,土壤含量和类型等因素影响的作物推荐系统变得重要,它可以避免土壤枯竭,同时也可以给农民带来良好的回报。
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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