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Analysis of the production of salmon fillet - Prediction of production yield

机译:三文鱼柳的生产分析-产量预测

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The aim was to investigate the influence of raw material variation in Atlantic salmon from aquaculture on filleting yield, and to develop a decision tool for choosing the appropriate raw material for optimized yield. This was achieved by tracking salmon on an individual level (n = 60) through a primary production site. The majority of the salmon exhibited a heavier right fillet compared to the left fillet after filleting. No explicit explanation was found for this observation although the heading procedure was shown to have a large impact. A Partial Least Square model was built to predict the yield after filleting. The model was based on six pre-processing variables and allowed an acceptable prediction of the filleting yield with a root mean square error cross validation of 0.68. The presented model can estimate the slaughter yield for a certain batch before ordering from the slaughterhouse. This may facilitate optimal planning of the production of salmon fillets by ordering and assigning the right batch to the right product category to obtain an optimal yield and quality. (C) 2017 Elsevier Ltd. All rights reserved.
机译:目的是研究水产养殖中大西洋鲑鱼原料变化对鱼片产量的影响,并开发一种决策工具,以选择合适的原料以优化产量。这是通过在初级生产地点跟踪鲑鱼个体水平(n = 60)来实现的。与去鱼片后的左鱼片相比,大多数鲑鱼的右鱼片更重。尽管标题过程显示出很大的影响,但未对此观察结果进行明确的解释。建立了偏最小二乘模型来预测切角后的产量。该模型基于六个预处理变量,并且可以通过0.68的均方根误差交叉验证对圆角化产量进行可接受的预测。从屠宰场订购之前,提出的模型可以估计特定批次的屠宰量。通过订购正确的批次并将正确的批次分配到正确的产品类别,以获得最佳的产量和质量,这可以促进鲑鱼片生产的最佳计划。 (C)2017 Elsevier Ltd.保留所有权利。

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