Machine learning for large scale manufacturing data with limited information

S. Nedelkoski, G. Stojanovski
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引用次数: 1

Abstract

Improving the efficiency of the production plants has always been focus of manufacturing industry. Recently the utilization of data analytics tool is dramatically increased since these methods bring new insights into already existing data. Nevertheless, manufacturing industry in general is still reluctant to make the data available to researcher due to privacy issues. One such example is the challenge sponsored by Bosch and run by kaggle.com, where anonymized data was made available to data scientist with very limited description. In this work, we present our solution to the Bosch assembly line performance challenge, specifically in respect to dealing with raw big data without detailed explanation. The data science methods applied were used to successfully predict internal failures along the assembly lines, although no details of the structure and line description was available.
有限信息下大规模制造数据的机器学习
提高生产工厂的效率一直是制造业关注的焦点。最近,数据分析工具的使用急剧增加,因为这些方法为现有数据带来了新的见解。然而,由于隐私问题,制造业总体上仍然不愿意将数据提供给研究人员。其中一个例子是由博世赞助并由kaggle.com运营的挑战,在该挑战中,数据科学家可以获得匿名数据,但描述非常有限。在这项工作中,我们提出了我们对博世装配线性能挑战的解决方案,特别是在没有详细解释的情况下处理原始大数据。应用的数据科学方法成功地预测了装配线上的内部故障,尽管没有结构和生产线描述的细节。
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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