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Broiler chickens can benefit from machine learning: support vector machine analysis of observational epidemiological data

机译:肉鸡可以从机器学习中受益:观察流行病学数据的支持向量机分析

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摘要

Machine-learning algorithms pervade our daily lives. In epidemiology, supervised machine learning has the potential for classification, diagnosis and risk factor identification. Here, we report the use of support vector machine learning to identify the features associated with hock burn on commercial broiler farms, using routinely collected farm management data. These data lend themselves to analysis using machine-learning techniques. Hock burn, dermatitis of the skin over the hock, is an important indicator of broiler health and welfare. Remarkably, this classifier can predict the occurrence of high hock burn prevalence with accuracy of 0.78 on unseen data, as measured by the area under the receiver operating characteristic curve. We also compare the results with those obtained by standard multi-variable logistic regression and suggest that this technique provides new insights into the data. This novel application of a machine-learning algorithm, embedded in poultry management systems could offer significant improvements in broiler health and welfare worldwide.
机译:机器学习算法遍布我们的日常生活。在流行病学中,监督式机器学习具有分类,诊断和危险因素识别的潜力。在这里,我们报告了使用支持向量机学习,使用常规收集的农场管理数据,来识别与商业肉鸡农场的飞节烧伤相关的特征。这些数据适合使用机器学习技术进行分析。鸡腿烧伤,是鸡腿上方皮肤的皮炎,是肉鸡健康和福利的重要指标。值得注意的是,该分类器可以根据接收器工作特性曲线下的面积来预测未见到的数据中的高飞节烧伤流行率,准确度为0.78。我们还将结果与通过标准多变量logistic回归获得的结果进行比较,并建议该技术为数据提供新的见解。嵌入到家禽管理系统中的机器学习算法的这种新颖应用可以显着改善全球肉鸡的健康和福利。

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