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Multicriteria interpretability driven deep learning
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DOI：10.1007/s10479-022-04692-6.png)
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Abstract
En 中文
Deep Learning methods are well-known for their abilities, but their interpretability keeps them out of high-stakes situations. This difficulty is addressed by recent model-agnostic methods that provide explanations after the training process. As a result, the current guidelines' requirement for interpretability from the start is not met. As a result, such methods are only useful as a sanity check after the model has been trained. In an abstract scenario, interpretability from the start implies imposing a set of soft constraints on the model's behavior by infusing knowledge and eliminating any biases. By inserting knowledge into the objective function, we present a Multicriteria technique that allows us to control the feature effects on the model's output. To accommodate for more complex effects and local lack of information, we enhance the method by integrating particular knowledge functions. As a result, a Deep Learning training process that is both interpretable and compliant with modern legislation has been developed. Our technique develops performant yet robust models capable of overcoming biases resulting from data scarcity, according to a practical empirical example based on credit risk.
Keywords:
Artificial intelligence
Machine learning
Deep learning
Multiple objective programming
Multicriteria optimization
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