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Computer Science, Machine Learning

Interpretable ML Explanations: A Framework for Personal or Classroom Use

Interpretable ML Explanations: A Framework for Personal or Classroom Use

Are you tired of struggling to understand how machine learning models make decisions? Do you find it hard to explain the reasoning behind these decisions to non-technical stakeholders? If so, this article is for you! We’ll delve into a novel approach called Pyreal, which simplifies the process of developing interpretable machine learning explanations. By leveraging domain experts and bridges, we can create explainable models that are both easy to understand and effective in conveying insights.
Pyreal is an open-source framework that streamlines the explanation generation process by providing a set of pre-defined feature descriptions. These descriptions help establish a common language between developers and receivers, ensuring that explanations are relevant and actionable. The platform also enables users to generate customizable visualizations, enhancing comprehension and trust in the explanations.
We evaluated Pyreal using a real estate dataset and found that it outperformed existing methods in terms of both usefulness scores and Likert scale responses. Our results suggest that Pyreal can help domain experts and non-technical stakeholders alike better understand machine learning models, leading to more informed decision-making.
The article highlights the importance of considering the decision-making context when generating explanations, as this can significantly impact the effectiveness of these explanations. By carefully crafting features that align with the domain experts’ perspective, we can create explainable models that are both efficient and effective.
In summary, Pyreal offers a novel solution for developing interpretable machine learning explanations that are accessible to both developers and receivers. By leveraging domain experts and bridges, we can create explainable models that enhance comprehension and trust in the decision-making process.