A Comprehensive Survey of Classification Algorithms for Formulating Crop Yield Prediction Using Data Mining Techniques

C. Chandana, G. Parthasarathy
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引用次数: 3

Abstract

As we are aware that agriculture is one of the occupations that have a high impact on the countries economy and hence the crop productivity plays a major role. According to the latest survey, today agriculture contributes 17 percent of our countries GDP and about 60 percent of the peoples in the county are dependent on agriculture for their daily needs. The farmers are the backbone of the country; they play a vital role in feeding the entire population of the world. Farming is a beautiful relation between the farmer and the soil; the process of farming is an art that involves various techniques and practices, the productivity of the crop depends on various factors that include soil fertility, weather condition, harvesting period and the practices the farmer follow. In the current situation, the farmers are struggling to get an expected yield from the crop because of various reasons that include large climatic changes and lack of guidance. The objective of this study is to collect the historical data of agriculture, analyze them to predict the crop yield. With the advancement in today’s technology, it is possible to provide suggestion to the farmer regarding the crop selection and the practices to get expected crop yield. One such technique that is gaining more popularity in the field of agriculture is data mining. Data mining uses the large historical data sets to create a new pattern to obtain the knowledge that helps in suggesting the farmers on selecting the crops depending on various available parameters and also helps in estimating the production of the crops.
利用数据挖掘技术制定作物产量预测的分类算法综述
正如我们所知,农业是对国家经济有很大影响的职业之一,因此作物生产力起着重要作用。根据最近的一项调查,今天农业对我国国内生产总值的贡献为17%,我国约60%的人口依靠农业来满足日常需求。农民是国家的脊梁;它们在养活全世界人口方面起着至关重要的作用。农业是农民与土地之间一种美好的关系;农业的过程是一门涉及各种技术和实践的艺术,作物的生产力取决于各种因素,包括土壤肥力、天气条件、收获期和农民遵循的做法。在目前的情况下,由于各种原因,包括气候变化大和缺乏指导,农民们正在努力从作物中获得预期的产量。本研究的目的是收集农业历史数据,并对其进行分析,以预测作物产量。随着当今技术的进步,有可能为农民提供有关作物选择和实践的建议,以获得预期的作物产量。在农业领域越来越受欢迎的一种技术是数据挖掘。数据挖掘使用大型历史数据集创建新的模式来获取知识,这些知识有助于建议农民根据各种可用参数选择作物,也有助于估计作物的产量。
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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