An Analysis of Recurrent Neural Network variants to predict yield of Wheat crop in Punjab region

Nishu Bali, Anshu Singla
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Abstract

Yield prediction of a crop prior to harvest is an important aspect of agriculture. The alarming rate at which the population of the world is increasing is making it necessary to take measures to increase the yield of major food crops. The advancements in the area of data sciences especially in the field of machine learning and deep learning has come up as a major breakthrough in the area of crop yield prediction. The ability of deep learning to perform accurate predictions even in the areas with huge and diverse natured data has made it the most sort after technique for predictions in agriculture. There are many agriculture based regions in India where the efficiency of these advanced techniques is still not fully utilized in the field of crop yield prediction. The objective of the present study is to evaluate the efficiency of variants of Recurrent Neural Network, to predict the yield of Wheat crop for a region of Punjab state in India.
旁遮普地区小麦产量预测的递归神经网络变异分析
作物收获前产量预测是农业的一个重要方面。世界人口以惊人的速度增长,因此有必要采取措施提高主要粮食作物的产量。数据科学领域的进步,特别是机器学习和深度学习领域的进步,已经成为作物产量预测领域的重大突破。深度学习即使在拥有大量不同性质数据的领域也能进行准确预测,这使其成为农业预测中最先进的技术。在印度有许多以农业为基础的地区,这些先进技术的效率仍然没有在作物产量预测领域得到充分利用。本研究的目的是评估递归神经网络变体的效率,以预测印度旁遮普邦地区的小麦作物产量。
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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