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Interpretable Multiattribute Predictive Analysis Model Based on Rough Fuzzy Sets and Logistic Regression
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DOI：10.1109/TFUZZ.2023.3260843.png)
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Abstract
En 中文
The interpretability of prediction models is very important for decision management. The vast majority of existing prediction analysis models based on rough set theory lack a certain interpretability. To break through the existing framework, this article deeply integrates rough fuzzy sets and logistic regression to construct an interpretable prediction model for multiattribute information systems. First, the Jensen-Shannon divergence with statistical interpretability is used to capture the attribute information with strong correlation under on a level, and then an fresh attribute-oriented delta-rough fuzzy set model is presented. The pessimistic and optimistic decision concepts of the proposed rough fuzzy set model are used to interpretability enhancement of data information. On this basis, an interpretable predictive analysis model is constructed by combining logistic regression model. The construction process of the prediction model is supported by sufficient interpretable information. The predicted result is a result of development trend with a certain interpretability. Finally, to assess the effectiveness and viability of the proposed prediction model, we conduct comparative experiments with other three prediction models accompanied with four prediction performance indexes. Experimental results display that the proposed prediction model has well-pleasing prediction performance and antinoise ability.
Keywords:
Predictive models
Rough sets
Correlation
Analytical models
Fuzzy sets
Information systems
Data models
Fuzzy information system
interpretable prediction
logistic regression (LR)
multiattribute prediction
rough fuzzy set (FS) (RFS)
Journal
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11.9
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2.9W