使用数据挖掘技术和物联网的精准农业

N. Sneha, K. Sushma, Surekha Sharad Muzumdar
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引用次数: 2

摘要

本文的目的是通过测量影响因素来提高农业作物产量,通过减少消耗和劳动,利用物联网智能农业和数据挖掘技术提高作物生产力。精准农业利用物联网传感器、GPS通信服务、(M2M)机器对机器和数据挖掘技术等技术。本文的研究重点是对两篇论文的扩展,这两篇论文的重点是利用DBSCAN、PAM、CLARA、变色龙、回归技术等数据挖掘技术来改进农业。扩展的工作侧重于从聚类技术的结果中识别关键因素,并为与关键因素相关的每个聚类调整不同的传感器。结果包括聚类结果分析和基于关键因素的传感器选择。还提供了传感器选择的概述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Precision Agriculture using Data Mining Techniques and IOT
The objective of the paper is to improve the crop yield in agriculture by measuring the factors affecting, by reducing the consumption and labor work, increase the crop productivity using IOT smart farming and Data mining techniques. Precision agriculture makes use of the technology like IOT sensors, GPS services for communication, (M2M) machine to machine and Data mining techniques. The research concentrates on the extension of two paper which focuses on improving the agriculture using data mining techniques such as DBSCAN, PAM, CLARA, Chameleon, regression techniques. The extended work focuses on identifying the critical factors from the results of clustering techniques and adapting the different sensors for each cluster associated with critical factors. The results include analysis of the cluster results and selection of sensors based on critical factors. Also provides an overview of the selection of sensors.
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