
In those cases, basing retrieval on the most recent user query alone usually produces less than optimal results. More often, the necessary context is spread across several antecedent interactions. Query contextualization is the process of creating coherent retrieval queries, with relevant context, from message histories.
The session will deliver actionable insights into how to enhance the precision and reliability of AI-driven Q&A systems, showcasing how innovative prompt engineering contributes to superior customer satisfaction.
Further information is available on the official website of the Prompt Engineering Conference.
The results and approaches from the challenge have now been published in the paper "ICML Topological Deep Learning Challenge 2024: Beyond the Graph Domain." This paper delves deeper into the innovative solutions developed during the competition, including our hypergraph-based approach, and explores its applications in fields like medical knowledge graphs, logistics, and business workflows.
The full paper can be found here. For those interested in learning more about Topological Deep Learning, the paper is an excellent resource.
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The proceedings from the "AI in Production" workshop at KI2025 have been published. Among the contributions is a paper by our team on the use of the Model Context Protocol (MCP) in industrial production environments.
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Dominik Filipiak and Michael Banf are co-authors of a community paper on the 2025 Topological Deep Learning Challenge, published in the Proceedings of Machine Learning Research. Their contributions feed into TopoBench, an open benchmarking library for the research community.