A Novel Framework to Perform Efficient Analysis of Animal Sciences Using Big Data

S. Mazhar, D. Akila
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Abstract

A crucial trait of the dairy market is the accurate estimate of daily milk demand. Although several models have been using various data analytics over the past decades, but still fails to address this Problems in the Milk Forecast, and also these models were also not used for everyday practice. Milk yield projections of dairy farmers should be made on the basis of each cow and grade. The evaluation of big data is still difficult, considering the growing quantity of milk production information per year. The Prediction and Testing Platform is being introduced to solve dairies' supply chains and to assist dairy farmers. Data analyses are used by producers, in particular small-scale producers, for decision making on their milk availability, to establish a feasible and economical process. Previous work on yield prediction performed with decision tree, KNN classifiers etc. that gives 60-70% accurate results, which is still considered a lagging technology. In our proposed work we made use of logical regression Analysis (LAG) for predicting lactation period and Milk yield for different herd of cow. This method enables dairy farmers to use a range of statistical models to find details on milk production and predicting the potential milk yield at the level of the individual cow and the party. The logistic regression debate on the essence of the project is part of this article. This algorithm gives better prediction result on individual cow's lactation milk yield. This instrument shows how it is possible to use big data analytics in an affordable way.
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使用大数据进行有效动物科学分析的新框架
乳制品市场的一个关键特征是对每日牛奶需求的准确估计。虽然在过去的几十年里,有几个模型使用了各种数据分析,但仍然无法解决牛奶预测中的这个问题,而且这些模型也没有用于日常实践。奶农的产奶量预测应以每头奶牛和等级为基础。考虑到每年不断增长的牛奶生产信息,对大数据的评估仍然很困难。预测和测试平台的引入是为了解决奶牛场的供应链问题,并帮助奶农。生产者,特别是小规模生产者,利用数据分析对其牛奶供应作出决策,以建立一个可行和经济的过程。以前的产量预测工作是用决策树、KNN分类器等进行的,准确度为60-70%,这仍然被认为是一种滞后的技术。在我们提出的工作中,我们使用逻辑回归分析(LAG)来预测不同牛群的泌乳期和产奶量。这种方法使奶农能够使用一系列统计模型来找到牛奶生产的细节,并预测奶牛和团队的潜在牛奶产量。关于项目本质的逻辑回归辩论是本文的一部分。该算法对单头奶牛的泌乳量有较好的预测效果。该仪器展示了如何以经济实惠的方式使用大数据分析。
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