A Fuzzy Support Vector Machine with Weighted Margin for Flight Delay Early Warning

Fuzzy Systems and Knowledge Discovery, 2008. FSKD '08. Fifth International Conference(2008)

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摘要
Flight delay early warning can reduce the negative impact of the delay. Determining the delay grade of each interval is essentially a multi-class classification problem. This paper presents a flight delay early warning model based on a fuzzy support vector machine with weighted margin (WMSVM) , which adjust the penalties to samples and the margins between samples and the hyperplane according to the fuzzy membership to produce a more reasonable optimal hyperplane. Through one-against-one (OAO) method, the original FSVM is extended to solve multi-class classification problem .Experiments show that the method used to establish the early warning model can predict the delay grade effectively and also prove that the OAO-WMSVM has better performance than OAO-SVM.
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关键词
fuzzy set theory,one-against-one method,negative impact,travel industry,fuzzy support vector machine,delay grade,aerospace computing,pattern classification,early warning model,fuzzy support,multi-class classification problem,vector machine,reasonable optimal hyperplane,flight delay early warning,better performance,original fsvm,weighted margin,support vector machines,fuzzy membership,multi class classification,accuracy,early warning,optimization,kernel
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