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Neural network ensemble strategies for financial decision applications

机译:用于财务决策应用的神经网络集成策略

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Considerable research effort has been expended to identify more accurate models for decision support systems in financial decision domains including credit scoring and bankruptcy prediction. The focus of this earlier work has been to identify the "single best" prediction model from a collection that includes simple parametric models, nonparametric models that directly estimate data densities, and nonlinear pattern recognition models such as neural networks. Recent theories suggest this work may be misguided in that ensembles of predictors provide more accurate generalization than the reliance on a single model. This paper investigates three recent ensemble strategies: crossvalidation, bagging, and boosting. We employ the multilayer perceptron neural network as a base classifier. The generalization ability of the neural network ensemble is found to be superior to the single best model for three real world financial decision applications.
机译:为了确定用于财务决策领域的决策支持系统的更准确模型,包括信用评分和破产预测,已经投入了大量的研究工作。这项早期工作的重点是从一个集合中识别“最佳”预测模型,该模型包括简单的参数模型,直接估计数据密度的非参数模型以及非线性模式识别模型(例如神经网络)。最新理论表明,这项工作可能会被误导,因为与依赖单个模型相比,预测变量的集合提供了更准确的概括。本文研究了三种最新的集成策略:交叉验证,装袋和增强。我们采用多层感知器神经网络作为基础分类器。对于三个现实世界中的财务决策应用,发现神经网络集成的泛化能力优于单个最佳模型。

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