2016 · 42 citations · 7 references
ComputingComputer ScienceIndustrial EngineeringData MiningMachine LearningStatistical ModelingBayesian ModelingBayesian StatisticsDecision TreesFailure DetectionFault DetectionProbabilistic Machine LearningBayesian ClassifiersFault Detection Using Machine LearningGeneralized Linear Model TheoryLogistic RegressionMachine Learning For Fault DetectionMachine Learning For Production SystemsProbabilistic AnalysisXgboost
In this work, we study the use of logistic regression in manufacturing failures detection. As a data set for the analysis, we used the data from Kaggle competition “Bosch Production Line Performance”. We considered the use of machine learning, linear and Bayesian models. For machine learning approach, we analyzed XGBoost tree based classifier to obtain high scored classification. Using the generalized linear model for logistic regression makes it possible to analyze the influence of the factors under study. The Bayesian approach for logistic regression gives the statistical distribution for the parameters of the model. It can be useful in the probabilistic analysis, e.g. risk assessment.
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Greedy function approximation: A gradient boosting machine.
Jerome H. Friedman · The Annals of Statistics · 2001 · 29K citations · Full text
Jerome H. Friedman · Computational Statistics & Data Analysis · 2002 · 7.1K citations