User-friendly, Interactive, and Configurable Explanations for Graph Neural Networks with Graph Views
This repository contains the source code of the frontend and a portion of the backend code used in our demo paper: User-friendly, Interactive, and Configurable Explanations for Graph Neural Networks with Graph Views, SIGMOD(demo) 2024, by Tingyang Chen, Dazhuo Qiu, Yinghui Wu, Arijit Khan, Xiangyu Ke, Yunjun Gao
Explaining the behavior of graph neural networks (GNNs) has become critical due to their ``black-box'' nature, especially in the context of analytical tasks such as graph classification. Current approaches are limited to providing explanations for individual instances or specific class labels and may return large explanation structures that are hard to access, nor directly queryable. In this paper, we present GVEX (Graph Views for GNN EXplanation) -- our system developed to offer user-friendly, interactive, and configurable explanations for GNNs based on graph views. GVEX provides a configuration component to enable users to easily select a desired number of important nodes from different classes, thereby generating explanations tailored to multiple classes of interest. Furthermore, GVEX generates high-quality explanation subgraphs by identifying important nodes exploiting factual and counterfactual properties and by computing their aggregated influence on the remaining nodes following the GNN message passing paradigm. Lastly, GVEX performs a summarization step on top of lower-tier explanation structures to generate higher-tier graph patterns that offer direct access for users with (domain-aware) queries. Our demonstration will highlight (1) a novel two-tier explanation structure called explanation views, consisting of graph patterns and a set of explanation subgraphs, which provide high-quality explanations for GNNs. (2) The system’s intuitive GUI facilitates user interaction to configure personalized settings, e.g., classes of interest and explanation size, and compare with other explanation algorithms; (3) GVEX generates queryable explanations, making it easy for human experts to access and inspect with domain knowledge.
VSCode + Volar (and disable Vetur) + TypeScript Vue Plugin (Volar).
npm installnpm run devflask runAfter you deploy the project, you can click http://127.0.0.1:8080.