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Sensor Fusion for Real Time Quality Evaluation of Biscuit during Baking. Comparison between Bayesian and Fuzzy Approaches

机译:传感器融合,可在烘烤过程中实时评估饼干的质量。贝叶斯方法与模糊方法的比较

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摘要

In industrial baking, operators control the oven mainly by subjective evaluation of the color of the cookies. To standardize the quality of cookies, it should be interesting to replace the operator's subjective evaluation of color, by coupling a sensor and a data treatment tool like a classifier. With this aim, two different methods of classification were tested and compared: a fuzzy and a Bayesian method. Two kinds of results are presented: first, calibration and test points were used to establish the classifiers and second, a real time experiment was performed in which comparison is provided between operator classification and both fuzzy and Bayesian classifiers. The results for the two classifiers are good and coherent (73% of good classification for the two classifiers). Nevertheless, the fuzzy classifier is better adapted to this problem. Indeed, the notion of color manipulated by the operators is gradual and deterministic and not probabilistic. Furthermore, with such a fuzzy classifier, it is possible to propose a computer-aided algorithm that allows a predictive diagnosis of the evaluation of the classes of color.
机译:在工业烘烤中,操作员主要通过主观评估饼干的颜色来控制烤箱。为了标准化Cookie的质量,应该通过耦合传感器和数据处理工具(例如分类器)来代替操作员对颜色的主观评估,这很有趣。为此目的,测试并比较了两种不同的分类方法:模糊和贝叶斯方法。给出两种结果:首先,使用校准点和测试点建立分类器,其次,进行了实时实验,其中对算子分类与模糊和贝叶斯分类器进行了比较。两个分类器的结果是良好且连贯的(两个分类器的良好分类的73%)。尽管如此,模糊分类器更好地适应了这个问题。实际上,由操作员操纵的颜色概念是渐进的和确定性的,而不是概率性的。此外,利用这种模糊分类器,可以提出一种计算机辅助算法,该算法允许对颜色类别的评估进行预测性诊断。

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