Researchers introduce CoCoEvolve for charts, tables and code
The self-supervised method targets consistency across visualizations, tabular data and visualization code.
Why it matters
Cross-representation understanding is important for AI systems that need to reason over data visualizations, tables and code together. The work proposes a consistency-based training and inference signal for a problem where supervision can be ambiguous and costly.
The key points
- 1.CoCoEvolve targets chart, table and visualization-code alignment.
- 2.The method uses representation agreement without additional annotations.
- 3.The evaluation suite covers all six cross-representation tasks.
A new arXiv paper introduces CoCoEvolve, a self-supervised approach for cross-representation learning across chart images, tabular data and visualization code. The method defines explicit one-to-one correspondences and optimizes models using agreement between representations without additional annotations. The authors also present CoCoEvolve@Train, CoCoEvolve@Test and CoCoEvolve@Eval, an evaluation suite covering all six cross-representation tasks, and report improvements across four benchmarks.
⚡ Try this today
Read the paper before building chart-table-code conversion systems that rely on supervised-only objectives.
Sources & original reporting
This brief summarizes and links to reporting from the publishers below.
- arXiv cs.CLConsistency-Driven Co-Evolution for Self-Supervised Cross-Representation LearningAug 6, 12:00 PM↗
- arXiv cs.AIConsistency-Driven Co-Evolution for Self-Supervised Cross-Representation LearningAug 6, 12:00 PM↗
- arXiv cs.LGConsistency-Driven Co-Evolution for Self-Supervised Cross-Representation LearningAug 6, 12:00 PM↗
- HF Daily PapersConsistency-Driven Co-Evolution for Self-Supervised Cross-Representation LearningAug 5, 4:00 AM↗
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