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Alaska: A Flexible Benchmark for Data Integration Tasks
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Data integration is a long-standing interest of the data management community and has many disparate applications, including business, science and government. We have recently witnessed impressive results in specific data integration tasks, such as Entity Resolution, thanks to the increasing availability of benchmarks. A limitation of such benchmarks is that they typically come with their own task definition and it can be difficult to leverage them for complex integration pipelines. As a result, evaluating end-to-end pipelines for the entire data integration process is still an elusive goal. In this work, we present Alaska, the first benchmark based on real-world dataset to support seamlessly multiple tasks (and their variants) of the data integration pipeline. The dataset consists of ~70k heterogeneous product specifications from 71 e-commerce websites with thousands of different product attributes. Our benchmark comes with profiling meta-data, a set of pre-defined use cases with diverse characteristics, and an extensive manually curated ground truth. We demonstrate the flexibility of our benchmark by focusing on several variants of two crucial data integration tasks, Schema Matching and Entity Resolution. Our experiments show that our benchmark enables the evaluation of a variety of methods that previously were difficult to compare, and can foster the design of more holistic data integration solutions.
Forward citations
Cited by 2 Pith papers
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TransClean: Finding False Positives in Multi-Source Entity Matching under Real-World Conditions via Transitive Consistency
TransClean uses a model's predictions on transitive, implied record pairs to locate and remove false positive matches in multi-source entity resolution.
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In-context Clustering-based Entity Resolution with Large Language Models: A Design Space Exploration
In-context clustering, where an LLM groups sets of records directly, can perform entity resolution with far fewer API calls than pairwise matching, though quality gains depend heavily on an embedding-based guardrail.
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