Map&Make: Schema Guided Text to Table Generation

Transforming dense, unstructured text into interpretable tables-commonly referred to as Text-to-Table generation-is a key task in information extraction.Existing methods often overlook what complex information to extract and how to infer it from text.We present Map&Make, a versatile approach that decomposes text into atomic propositions to infer latent schemas, which are then used to generate tables capturing both qualitative nuances and quantitative facts.We evaluate our method on three challenging datasets: Rotowire, known for its complex, multi-table schema; Livesum which requires numerical aggregation; and Wiki40 which require open text extraction from mulitple domains.By correcting hallucination errors in Rotowire, we also provide a cleaner benchmark.Our method shows significant gains in both accuracy and interpretability across comprehensive comparative and referenceless metrics.Finally, ablation studies highlight the key factors driving performance and validate the utility of our approach in structured summarization.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.18653/v1/2025.acl-long.1460
Primary Topic
Data Visualization and Analytics
Type
article
Field-Weighted Citation Impact
0.00

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article

Map&Make: Schema Guided Text to Table Generation

Chitta Baral, Naman Ahuja, Vivek Gupta, Fenil Bardoliya
Data Visualization and Analytics
article

Map&Make: Schema Guided Text to Table Generation

Chitta Baral, Naman Ahuja, Vivek Gupta, Fenil Bardoliya
article en

Abstract

Transforming dense, unstructured text into interpretable tables-commonly referred to as Text-to-Table generation-is a key task in information extraction.Existing methods often overlook what complex information to extract and how to infer it from text.We present Map&Make, a versatile approach that decomposes text into atomic propositions to infer latent schemas, which are then used to generate tables capturing both qualitative nuances and quantitative facts.We evaluate our method on three challenging datasets: Rotowire, known for its complex, multi-table schema; Livesum which requires numerical aggregation; and Wiki40 which require open text extraction from mulitple domains.By correcting hallucination errors in Rotowire, we also provide a cleaner benchmark.Our method shows significant gains in both accuracy and interpretability across comprehensive comparative and referenceless metrics.Finally, ablation studies highlight the key factors driving performance and validate the utility of our approach in structured summarization.

Arizona State University
Openalex Percentile: Top 83%
Data Visualization and Analytics
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