Neural models for relational data provide informative representations for knowledge graphs (KGs), modeling missing links, node classes, and errors in the graph. To aid user trust and provide insights into these models, there has been growing interest in investigating the interpretability and robustness of existing knowledge graph representation models. Previous studies provide explanations for graph models' behavior resulting in designing more accurate and robust models. The objectives of XGML workshop are to bring together researchers interested in (a) explaining graph models, (c) adversarial attacks and defenses on graphs, and (b) improving completion and construction of knowledge bases utilizing the insights from explanations, and in general, to share state-of-the-art approaches, best practices, and future directions.
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XGML workshop will be held virtually on October 8th from 8:25AM - 12:45PM in Pacific Time (UTC-7).
The workshop on Explainable Graph-Based Machine Learning (XGML) will consist of contributed posters, and invited talks on a wide variety of methods and problems in this area. We invite extended abstract submissions in the following categories to present at the workshop:
We invite submission of extended abstracts related to Explainable Graph-Based Machine Learning (XGML). Since the workshop is not intended to have a proceeding comprising full versions of the papers, concurrent submissions to other venues, as well accepted work, are allowed provided that concurrent submissions or intention to submit to other venues is declared to all venues including XGML. Accepted work will be presented as oral during the workshop and listed on this website.
Submissions shall be refereed on the basis of technical quality, potential impact, and clarity. Atleast one of the authors of each accepted submission will be required to present the work virtually.
1). Prepare 1-page abstract.
2). Please upload your submission in the following Google form (only PDF accepted):
submission website.
3). In case of any queries, please drop an email to pezeshkp@uci.edu