调整专家系统的成本敏感决策

Atish P. Sinha, Huimin Zhao
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引用次数: 3

摘要

目前有越来越多的研究机构在研究领域知识和数据挖掘融合的影响。本文通过应用验证技术和训练数据来提高基于知识的专家系统的性能,以一种新颖的方式研究了这种融合的影响。我们提出了一种优化专家系统的算法,以最小化预期的误分类代价。该算法利用为训练数据挖掘模型保留的数据,根据预测的确定性因子确定专家系统的决策截止点,以获得最佳性能。我们评估了提出的算法,发现调优专家系统的成本显著降低。我们的方法可以扩展到提高任何智能或知识系统的性能,使成本敏感的业务决策。
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Tuning Expert Systems for Cost-Sensitive Decisions
There is currently a growing body of research examining the effects of the fusion of domain knowledge and data mining. This paper examines the impact of such fusion in a novel way by applying validation techniques and training data to enhance the performance of knowledge-based expert systems. We present an algorithm for tuning an expert system to minimize the expected misclassification cost. The algorithm employs data reserved for training data mining models to determine the decision cutoff of the expert system, in terms of the certainty factor of a prediction, for optimal performance. We evaluate the proposed algorithm and find that tuning the expert systemresults in significantly lower costs. Our approach could be extended to enhance the performance of any intelligent or knowledge system that makes cost-sensitive business decisions.
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