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A Hybrid Prediction Model Integrating Fuzzy Cognitive Maps with Support Vector Machines

机译:一种混合预测模型与支持向量机的模糊认知地图集成

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This paper introduces a new hybrid prediction model combining Fuzzy Cognitive Maps (FCM) and Support Vector Machines (SVM) to increase accuracy. The proposed model first uses the FCM part to discover correlation patterns and interrelationships that exist between data variables and form a single latent variable. It then feeds this variable to the SVM part to improve prediction capabilities. The efficacy of the hybrid model is demonstrated through its application on two different problem domains. The experimental results show that the proposed model is better than the traditional SVM model and also outperforms other widely used supervised machine-learning techniques like Weighted k-NN, Linear Discrimination Analysis and Classification Trees.
机译:本文介绍了一种新的混合预测模型,组合模糊认知地图(FCM)和支持向量机(SVM)以提高精度。所提出的模型首先使用FCM部分来发现数据变量之间存在的相关模式和相互关系,并形成单个潜变量。然后,它将此变量馈送到SVM部分以提高预测功能。通过其在两个不同的问题域上的应用来证明了混合动力模型的功效。实验结果表明,该模型优于传统的SVM模型,也优于其他广泛使用的监督机器学习技术,如加权K-NN,线性辨别分析和分类树。

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