Open Tabular Insight Extraction: Where Do We Stand, and Where Should We Go?
cs.IR, cs.AI, cs.CL, cs.DB
Submitted: 2026-09-07
Updated: 2026-10-12
Code: https://github.com/grobidOrg/grobid
Project page: https://open-tabular-insight-extraction.github.io
License: http://creativecommons.org/licenses/by/4.0/
The gist: Democratizing access to the knowledge held in large corpora of tables such as data lakes is emerging as a central research challenge.
Terminology
Abstract
Democratizing access to the knowledge held in large corpora of tables such as data lakes is emerging as a central research challenge. Research in this space is advancing and broadening in scope, increasingly supplying the components to satisfy a person's insight need end-to-end. Yet these efforts remain fragmented across communities that frame the problem under their own conventions, such as table question answering, text-to-SQL, and data analysis agents, with works six times as likely to cite within the same task label as across labels. To bring these communities onto common ground, we establish a holistic framework for this pursuit, which we refer to as Open Tabular Insight Extraction (OpenTI). We formalize OpenTI from first principles around the analytical knowledge a person needs, the procedure for deriving it from a corpus of tables, and how well a result serves the person who sought it. In doing so we consolidate frameworks and terminology across information retrieval, natural language processing, machine learning, databases, and human-computer interaction, and apply this grounding in a systematic review and analysis of systems and benchmarks that work towards OpenTI. We find that current systems do not cover the end-to-end scope of OpenTI, mainly focusing on the analysis itself, and that benchmarks are largely unfit for evaluations in an open setting as inputs presuppose knowledge of tables, and validation mechanisms do not match the setup. Finally, we distill a research agenda towards OpenTI systems, evaluation, and interaction paradigms that surface the insights users need. An interactive companion to our paper is available at https://open-tabular-insight-extraction.github.io.
Sources
- REaR: Retrieve, Expand and Refine for Effective Multitable Retrieval
- Pneuma: Leveraging LLMs for Tabular Data Representation and Retrieval in an End-to-End System
- User Simulation for Evaluating Information Access Systems
- MLE-bench: Evaluating Machine Learning Agents on Machine Learning Engineering
- Large Language Model-based Data Science Agent: A Survey
- Empowering Tabular Data Preparation with Language Models: Why and How?
- BEAVER: An Enterprise Benchmark for Text-to-SQL
- Pandora: A Code-Driven Large Language Model Agent for Unified Reasoning Across Diverse Structured Knowledge
- Conversational Challenges in AI-Powered Data Science: Obstacles, Needs, and Design Opportunities
- DABstep: Data Agent Benchmark for Multi-step Reasoning
- Birdie: Natural Language-Driven Table Discovery Using Differentiable Search Index
- Deep Research Agents: A Systematic Examination And Roadmap
- TopBench: A Benchmark for Implicit Predictive Reasoning in Tabular Question Answering
- AI Agents That Matter
- Navigating Pitfalls: Evaluating LLMs in Machine Learning Programming Education
- DAComp: Benchmarking Data Agents across the Full Data Intelligence Lifecycle
- Decomposition-Driven Multi-Table Retrieval and Reasoning for Numerical Question Answering
- PoTable: Towards Systematic Thinking via Plan-then-Execute Stage Reasoning on Tables
- Goal Alignment in LLM-Based User Simulators for Conversational AI
- A Survey on Large Language Model Benchmarks
Related papers
- The Price of Isolation: Estimating the Ecosystem Cost of Symmetric Two-Sided A/B Testing
- SCAR: Semantic Continuity-Aware Retrieval for Efficient Context Expansion in RAG
- MixLoRA-DSI: Dynamically Expandable Mixture-of-LoRA Experts for Rehearsal-Free Generative Retrieval over Dynamic Corpora
- How Do LLM-Generated Texts Impact Term-Based Retrieval Models?
- MemSyco-Bench: Benchmarking Sycophancy in Agent Memory
- Training with Missed Targets in Generative Recommendation: Separating Supervision from Probability Competition