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WebSHAP: Towards Explaining Any Machine Learning Models Anywhere

WebSHAP is an in-browser tool that adapts SHAP for model explainability in web-based machine learning applications, enhancing transparency and privacy.

Year
2023
Venue
arXiv 2023
Authors
2
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Abstract onlyARXIV-DEFAULT

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arxiv.org/abs/2303.09545ARXIV-DEFAULT
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Abstract

As machine learning (ML) is increasingly integrated into our everyday Web experience, there is a call for transparent and explainable web-based ML. However, existing explainability techniques often require dedicated backend servers, which limit their usefulness as the Web community moves toward in-browser ML for lower latency and greater privacy. To address the pressing need for a client-side explainability solution, we present WebSHAP, the first in-browser tool that adapts the state-of-the-art model-agnostic explainability technique SHAP to the Web environment. Our open-source tool is developed with modern Web technologies such as WebGL that leverage client-side hardware capabilities and make it easy to integrate into existing Web ML applications. We demonstrate WebSHAP in a usage scenario of explaining ML-based loan approval decisions to loan applicants. Reflecting on our work, we discuss the opportunities and challenges for future research on transparent Web ML. WebSHAP is available at https://github.com/poloclub/webshap.

Authors

2